Getting your kids interested in science is very important. Today there is a shortage of people going into STEM fields (Science, Technology, Engineering and Math). But beyond possible career directions, developing an active curiosity and interest in science can yield all sorts of benefits for children. It can lead to them becoming better critical thinkers and rational adults later on. Because of under-representation issues, these days many parents are also wondering how do you get girls interested in science or STEM careers? And how do you get kids interested in STEM or science more generally?
In this article we’re going to list several ideas you can try to ignite an interest in science and STEM.
Tips to get children interested in science
The example ages listed below are suggestions but the age-appropriateness of each activity will differ with each child. Let’s begin!
Give your kids STEM toys and science kits (Age 3+)
For children of all ages, play is a great way to learn and develop interests. If you’d like your child to become interested in science, you probably aren’t buying them a bunch of princess toys to begin with. Buying STEM aligned toys might take many forms, from explicitly science oriented toys to buying toys that require them to use their brains.
Here are some examples of several different types of STEM toys for kids:
Legos: Although you can build Legos according to the kit instructions, free-play and free-building can help to develop an interest in engineering or just learning how to put things together in creative ways. Browse Lego kits for different ages here.
Take your kids to science museums and other science experiences (Age 5+)
Science museums are often geared towards children with a wide range of age-appropriate exhibits and experiences. A family trip to your local science museum (or any science museums that are nearby when you’re traveling as a family) can be a wonderful experience for a child.
Beyond formal science museums, there are other types of science experiences that children can gain from. A trip to an observatory or planetarium can spark an interest in space for kids. Even a walk in the woods at different times of year accompanied by a conversation about the seasons changing can be interesting to children.
Give your kid books that have scientists as characters (Age 7+)
Depending on the age of your child, getting them a science related book from the library or as a gift can be a great way to increase their interest in science. Check out this terrific list of science themed books from the American Library Association. It’s sorted both by age and science topics from chemistry and physics to earth sciences, weather, medicine, animals and the environment.
Watch movies that have science related plots as a family (Age 10+)
No matter the age of your child, there are all kinds of movies available that you can watch as a family. When movies have scientists as heroes they can increase your kid’s interest in science fields and STEM topics in general. And–crucially– you don’t want to stop at just watching the film. Discussing the movies after you’ve seen them as a family helps to boost children’s interest too. Talk about what your favorite parts of the movie were, what characters were your favorites, whether they seemed realistic or not and so forth. If a film is based on a true story, you can look up more information about the events or concepts or characters online at a place like Wikipedia together.
Movies like The Martian, Apollo 13, and Hidden Figures are great space movies for instance. Browse more science themed movies for kids. Science or nature documentaries and educational programming on PBS are also great possibilities.
Engage your kids in discussion about science related news (Various ages)
Have you read any interesting articles about science topics lately? Do you watch the evening news as a family? You can start discussions about science related news. Whenever your child asks you a question that’s science related (“Why is the sky blue?” “How do cars work?” etc) look up the answer online together and figure it out. This leads kids to understand how to answer questions for themselves and can also lead into a discussion of how things work.
You can start these conversations yourself too: wonder out loud how something works or ask your kid if they can figure it out or have any ideas. Then look up the answer together and talk about it. Bring it up again later when you see something similar in everyday life. This reminds me of XYZ. Remember when we learned about something similar?
The amount that you need to “dumb down” for your kid will depend on the topic and the age of your child. Don’t be afraid of explaining several different concepts just to explain the original question however. You never know what a kid will remember or develop an interest in– even if it comes up tangentially.
If your kids are old enough to have a science class in school, ask them what they did today in science and take particular interest in it. Ask questions about what they’re learning about and what activities they’re doing.
You can also listen to science podcasts for kids in the car while you’re driving your children to soccer practice or on errands. Discussing science radio shows or science news can help show your kids even amongst you and your spouse out loud while your child is around can signal that something is interesting.
A century ago, if you wanted to know which direction the wind was blowing, your only choice might be a creaky old weathervane. But today there are several types of wind speed and direction instruments available. In this article we’ve rounded up the best wind direction and speed meters for your consideration. We’re going to list the least complicated and most simple wind direction meters first and then move on to progressively more complex and fully featured wind direction gauges. Let’s get started!
This simple windsock is the most basic type of wind direction meter that exists. This airport style wind sock is a large easily visible wind gauge that will make the wind direction very obvious and to anyone looking at it. On the pro side, this sock needs very little setup and is pretty hard to misread and doesn’t require any batteries (though you will need to buy a wind sock pole separately if you don’t already have one). On the other hand, there is the small possibility that the sock might rip, and it doesn’t give you numeric measurements like some of the other wind speed meters in this article. And if the breeze is too light you might not be able to tell that there is a wind blowing at all, because it takes a certain minimum wind speed to elevate the windsock.
One step up from a a simple wind sock is a weathervane. When you think of weathervanes you might think of the traditional ornamental weathervanes that you may have seen on top of beautiful old farmhouses. Those weathervanes are wonderful decorations but they aren’t quite as functional because they’re often heavy and the surface area they offer to catch in the wind often isn’t very substantial.
This functional wind mill style weathervane stands 8 feet high (2.44 meters) and has a large and easily visible face with 12 blades and a rear paddle. The blades of the windmill are tipped with colored paint, further increasing their visibility even against gray skies. This wind mill kit comes with everything you need to set it up in your yard. Available in green and yellow or gray and red. Pros: Easy to operate, easily visible from far away, doesn’t require batteries, looks nice (if you like the windmill tower look). Cons: Doesn’t give exact speed measurements, is quite large.
The Ambient Weather WM-4 handheld wind speed and direction meter is a great little device that you can carry with you in your pocket. It measures wind direction using a digital compass that can give you precise wind direction in degrees and compass points. And it does more than that: for this anemometer, wind direction is only the beginning. It also measures wind speed, temperature, dew point, crosswind and tail wind, and much more.
Pros: Offers precise digital measurements of wind direction, compact handheld form factor for travel anemometer use
Cons: Slight learning curve. Requires batteries, although the included replaceable battery often lasts for years at a time
Here is another instrument that measures wind speed and direction. This personal weather station can be mounted outdoors and collects several types of data. It’s a wind speed and direction meter for starters, but it also collects temperature information, dew point, humidity (allowing for the calculation of a “feels like” temperature) and much more. The weather station monitoring unit is solar powered. It also comes with a backlit wireless readout screen unit that works up to 300 feet away from the actual outdoor instruments, and even includes a rain gauge. It can also be used as an alarm clock.
Pros: Solar powered wireless weather station, affordable price, multi-featured instrument system
Cons: Not portable, must be mounted somewhere outside
There are many different uses for wind direction and speed meters. A person might want to know the precise wind direction before they fly a model aircraft or a farmer might use wind speed and direction instruments to figure out when it’s safe to spray pesticides. Or a person might want a mountable wind direction gauge for sailing.
What is an instrument that measures wind speed and direction called?
“Wind direction gauge” or “wind direction meter” are two common terms for these devices. More broadly speaking wind speed meters are called anemometers, and wind direction is often an extra function of sophisticated anemometers.
How do wind direction gauges work?
Very simple wind direction meters like wind socks or wind vanes rely on the wind moving the instrument phyiscally in the direction of the gust. Anemometers that function as wind speed and direction meters (such as handheld wind speed and direction meters) will sometimes have a small flag or vane that rotates combined with a digital compass to read out exactly what the wind direction is.
Besides being a wind direction and speed meter, what else do anemometers measure?
Anemometers often measure much more than just wind speed and direction. Some sophisticated anemometers can also measure temperature, humidity, dewpoint, and even come up with forecasts for what the weather will be like. These complex instruments are sometimes called personal weather stations (they will sometimes be mounted in a person’s backyard because they live in a microclimate where official weather forecasts aren’t very accurate). Anemometers or wind speed meters also commonly will keep track of data like the maximum wind gust speed, and they may also be able to translate these speeds into various units of measurement such as miles per hour, meters per second, knots per hour, etc.
Anemometers or wind speed meters are terrific tools for teaching science to kids because they are easy to understand even from young ages. Everyone who has experience windy days and less windy days is familiar with the concept of fast wind vs a slow breeze no matter their age. And, it stands to reason, that there ought to be a way to measure the speed of wind, right? By equipping a young person with an anemometer they’re in the driver’s seat to answer that question themselves. Science can often be abstract but with an anemometer kids can experience it in a hands on way.
In this article we’re going to be suggesting some of the best anemometer kits for kids as well as exploring some related topics like making an anemometer themselves. If you’re only interested in our recommendations, you can skip straight down to the recommended products section.
What is an anemometer for kids?
An anemometer is a wind speed meter. Many basic anemometers measure the speed of wind by counting how fast a set of wind cups or wind blades move in a circle. The wind speed is then translated into a speed of miles per hour or some other unit of measurement. (Related article: What is an Anemometer and What is it Used For?)
How does an anemometer work for kids?
Different wind speed meters (“anemometers”) work differently. The most simple type of anemometer is a rotating cup anemometer which works pretty much how you’d expect. It typically features two or three or four wind cups and it spins in the direction that the wind is blowing. By counting the number of rotations in, say, a minute, we can calculate the speed of the wind.
Other anemometers use wind blades inside a fan type enclosure (these are often called vane anemometers). Still other anemometers measure the speed of the wind by calculating how long it takes to cool down a heated wire (unsurprisingly these are called hot wire anemometers). Another advanced type of anemometer is an ultrasonic anemometer which measures how fast sound pulses move through air. A wind sock isn’t quite an anemometer but it is another simple method of roughly measuring wind speed and direction.
If you’re looking for a basic anemometer kids will understand, this is it. It consists of four wind cups which are mounted on a stem that spins in the wind. The faster the wind blows, the faster the cups rotate. One of the wind cups is red which makes it easier to count as it spins (the number of rotations per minute will allow you to calculate the wind speed). This is a great science classroom anemometer or for home use if you don’t want to make your own anemometer out of paper cups.
This is a basic handheld wind cup kids anemometer. As the wind gets faster, the spinning cups start to rise, which elevates the reading bar on the stem of the device. It won’t produce very exact results of course but it’s a simple anemometer for kids that doesn’t require the user to count the number of revolutions per minute, instead relying on the built-in wind speed gauge. This cup anemometer also does not require batteries — another plus.
This is a weather science kit for kids ages 7 and up. It includes an anemometer with speed gauge, a rain gauge, a weather vane, a compass and color booklet with additional information about extreme weather such as hurricanes, tornadoes, high heat, lightning, thunder and more. (You may also want to consider this alternative weather station kit for kids which features a cup anemometer that must be manually counted along with some other features.)
This bright yellow battery powered vane anemometer features a simple, easy to read screen that measures wind speed in a variety of units (miles per hour, knots, feet per minute, meters per second, kilometers per hour). It also has a handy wrist strap and options for displaying the current wind speed, average wind speed, and peak wind speeds. This anemometer for kids even has a built in thermometer too. The backlit screen allows it to be used at night. Powered by a single CR2032 “coin style” battery (included and replacable). This anemometer is great for sailing, kite flying and more.
What are the pros and cons of building an anemometer with kids vs using a pre-assembled anemometer kit?
DIY cup anemometer projects where you build anemometers out of paper cups can be a great project that involves kids directly in the building process. At the same time, they won’t be terribly accurate and it may be hard to know how to translate the number of cup rotations per minute into the speed of wind in miles per hour or other units of measurement.
What is the right age to start using anemometers with kids?
The youngest age recomended by a product in this article is 7 years old for the toy weather kits. However to make paper cup anemometers the minimum suggested age is 8 or 9 years old (third or fourth grade). There is no maximum age for anemomters although the complexity of the work you can do with it depends on age. Anemometers are used in middle school projects commonly.
What can a child or student learn from using an anemometer?
With anemometers kids can explore numerous subjects including:
– Weather science – Instrument use – Mechanical ability (if doing a build it yourself anemometer project) – Math and formulas (in the case of simple cup anemometers with manually counted/calculated wind speed) – Discussion of wind power and clean energy
If you’re a sailing enthusiast you probably are no stranger needing accurate wind speed and direction information. There are a slew of wind meters available today for just about every need: from handheld anemometers (wind speed meters), to sailboat mounted wind direction indicators and more. In this article we’re going to do a roundup of the best wind meters for sailing, windvanes for sailboats, the best anemometers for sailing, and more.
This floating anemometer is one of the best wind speed meters for sailing. It can measure wind speeds ranging from 0.5 miles per hour all the way up to 99MPH at user-selectable intervals of every five seconds, ten or 13 seconds (in addition to calculating the average windspeed, and tracking peak speed for you). Plus it can also measure wind temperature and windchill in both Fahrenheit and Celsius. One other nice feature about this sailboat anemometer is that it it comes with a durable build and a bright yellow flip-shield. Naturally it’s also water-resistant so if it falls into the water you’ll be able to easily spot it floating. Also comes with a loop for a lanyard or wrist strap if desired. A belt sheath is also available for this product.
Cape Cod Wind & Weather instruments have been a staple of sailors since the company was founded in 1939. With an emphasis on quality American-made wind speed indicators, these gauges are built to last.
This wind speed indicator for sailing can mount on your sailboat either vertically or horizontally and it comes with a spinning cup wheel which can be mounted wherever you like (the supplied cable is 50 feet long and comes with a mounting bracket and screws). For wireless anemometers, see our related article: What is the Best Wireless Anemometer & Wireless Wind Speed Meter?
For decades Cape Cod Wind & Weather has supplied sailors with reliable real time sailboat wind direction indicators, and this wind speed meter for sailing is no exception.
This unit measures wind speed from zero to 100 miles per hour and comes with a ten year limited warranty. Pairs well with Cape Cod’s Wind Direction Indicator which matches with a lighted dial interface for wind direction metering.
This weather vane for sailboats mounts on your masthead through bolts or a tap and it provides an easy to read wind direction indicator. It’s one of the most popular sailing windvanes on the market and this particular Davis Windex model is intended for medium to larger boats (the vane itself is 15 inches long; a smaller model exists for smaller boats). This model has what Davis calls a bird-proof spike to keep seagulls from trying to land on the instrument while you’re sailing. The vane itself features tabs that reflect in order to remain visible at night or in dark conditions.
This compact sailboat wind direction indicator comes in a bright red color and has both a top and side mounting option. It measures 15 inches long, is highly visible and weighs an astonishing 1.25oz for a highly responsive level of accuracy even in light wind conditions. The Spar Fly sailing wind vane is intended for sailing dinghies or small yachts and has great reviews.
The Raymarine i60 Wind System comes measures wind speed and direction as well as a slew of other readings with an easy to read digital-dial hybrid display and a masthead mounted instrument. It comes mounting gear and a 100 foot long (30 meter long) cable to connect the wind meter to the display. This is one of the best anemometers for sailing. Can measure wind speed/direction, maximum wind speed (peak), Beaufort scale, Tack and VMG. Plus it has a red backlight for dark conditions.
Frequently asked questions about windvanes for sailboats & the best anemometers for sailing
What features should I look for when shopping for a wind meter for sailing?
The best wind meters for are often mounted anemometers made specifically for boating which have a display you can attach to your console. We have a few such wind speed meters for sailboats listed in this article, above.
Handheld anemometers for sailing usually float, are brightly colored and are waterproof in case they fall into the water. They may also contain temperature gauges and loops for wriststraps or lanyards.
No matter the type of anemometer you choose, a large easy to read at a glance display is also especially useful for sailing anemometers.
What is an anemometer?
An anemometer is simply a wind speed meter. Some anemometers have digital displays, others have dial displays. The most sophisticated anemometers can also measure a variety of other metrics like temperature, dew point, humidity, barometric pressure and so forth. Advanced anemometers can even give a personalized weather forecast for any location (especially useful if you’re using an anemometer in a spot where there isn’t a reliable weather forecast). Anemometers for sailing are useful because they give a clear an accurate reading of wind speed and direction. For more information about what anemometers are, read our related article: What is an Anemometer and What is it Used For?
Encouraging children and young people to be interested in science can yield all sorts of rewards later on in life. One way to promote an interest in scientific and technical fields is to give STEM gifts for kids (STEM stands for Science, Technology, Engineering, and Math). Weather-related gifts can be especially accessible for children because weather is immersive and experiential– they see what the weather is like every day (it’s not an abstract concept).
We’ve rounded up some of the best gifts for kids who are interested in weather below:
Great science & weather gift ideas for children
1. KidzLabs Tornado Maker Science Kit
Here’s a great science gift for kids: a tornado simulator! This weather kit allows children to simulate tornados to learn about how vortexes work using water and a recycled bottle. Kids can put the kit together themselves (with adult supervision) and then run a “tornado experiment” which will wow family and friends.
Battery powered (2 AAs not included). Requires a Phillips head screwdriver to assemble.
This cute and bold “future meteorologist” shirt comes in both youth sizes and adult (men’s & women’s) and is available in various different colors as well. For a kid that’s super interested in weather, this could be a thoughtful gift (and something they’d love to wear). Support their curiosity about science and weather with this fun t-shirt.
Solid color choices are 100% cotton. Classic fit. Also available as a hoodie.
Age recommendation: All ages (various sizes available)
Written by a TV meteorologist, this weather book for kids explains how hurricanes, tornadoes, rainbows and other weather events work and why they happen. It also answers questions about how weather forecasts are made, includes DIY home experiments, and answers to frequently asked questions about weather phenomena like storms. This educational children’s book about weather also teaches about the difference between various cloud types.
This weather station for kids can measure rainfall, temperature and wind speed in your backyard. It also teaches kids who are interested in weather about climate change, acid rain, the greenhouse effect, the water cycle and much more. This weather kit is a great science gift for kids. You can even grow “storm clouds” in the palm of your hand! Also includes a weather journal for your child to record the conditions in their area.
Younger weather fans may not be able to use tools to study the weather, but there are other ways for them to learn about the world around them. This weather chart is perfect for toddlers and preschoolers who are interested in the weather. Each day they can observe the weather from their window or a trip outside and then select the figures that represent the conditions.
The board has buttons to hand the figures on and pockets to keep the extras in. The figures include a sun, moon, kite, umbrella, stormy clouds, and more. As weather conditions change, they can swap out the markers. This is perfect for children who live in climates where you have all different types of weather in a single day.
Here’s another science gift for kids: this kit offers 7 different hands-on experiments children interested in science can do. It includes the ingredients for making your own tornado in a bottle, a blizzard in a test tube, a tidal wave, snow, volcano, and more. Includes an instruction book with information about weather phenomena.
If your child dreams of loading up in a truck and chasing tornados or is otherwise fascinated with storms, this is the perfect toy for them. Made by Backyard Safari Adventures, this mobile weather pod has all the tools you need to introduce your children to the science of storm tracking. Your kid will learn how to track wind speed and direction with the built-in weather vane and anemometer. There’s also a compass to help track wind direction. The pod also has a rain gauge and a thermometer for tracking real-time weather conditions.
Since this weather pod is portable, it’s great to analyze the weather anywhere, like the park or your own backyard. The kit also comes with a collectible storm chaser patch and a field guide. Requires two AA batteries, not included.
Perfect for preschoolers who are still discovering the joy of weather, this weather wheel helps them observe and categorized weather. Each day they can look out the window and turn the wheel to match the weather they observe. They can even change it if the weather changes.
Handmade from felt, this weather wheel is 5″, the perfect size for little hands. Great for classrooms or home use.
9. Be Amazing Toys Big Bag Of Science 70 Activities
This science lab experiment kit for kids has dozens of activities in the fields of weather, physics, magnetism, chemistry, geology, biology and more. It includes a photo book with instructions for each activity and over 30 pieces for the experiments. The parts all fit back into a resealable ziplock bag so everything can be neatly put away after the experimenting is done.
Here’s another great STEM gift for kids: a Magic School Bus themed chemistry lab. Kids can do sorts of science experiments and put them away in the school bus-shaped storage box. Includes instructions for each experiment on colorful cards, and all the accessories you need. Your “young scientist” will enjoy more than 50 experiments like measuring pH, making slime or sticky ice, bouncy balls, their own volcano, and more.
If you’re looking for a science gift for teenagers, or advanced kids interested in weather, a home weather station might be a great option. This home weather station lives in your backyard or porch and can wirelessly send forecasts to your phone or a color base station inside. Pretty neat, huh? Weather enthusiasts use personal weather stations to offer super-accurate hyper-local weather information for their specific area (often microclimates or houses in between mountains have unusual weather patterns that broad TV weather forecasts don’t accurately reflect).
This shirt is the perfect gift for anyone who can’t wait to run out and jump in puddles after a rainstorm. Or for those kids who refuse to come in and want to dance in the rain. With a cute illustration of an umbrella and raindrops, this t-shirt proclaims: I love rain!
With adult and youth sizes, this is perfect for kids of any age who enjoy a good summertime thunderstorm. Get it as a gift for aspiring meteorologists, storm chasers, and weather enthusiasts.
Anemometers have been around for hundreds of years. They’re extremely useful devices that measure wind speed and sometimes other climate or weather information. Today a new class of wind meter is gaining popularity: smartphone anemometers. Anemometers for smartphones (and anemometer attachments/accessories for smartphones) are useful for both professionals and hobbyist anemometer users. In this article we’re going to run down some of the best wind meters for smartphones.
This Android/iPhone anemometer attachment plugs into your headphone port (or Lightning to Headphone adapter in the case of newer iPhones) and provides you with wind data in an app. It measures both the current wind speed and also keeps track of gusts, plus the direction and GPS location. Using the free app you can even share the wind data on social media. Also works on iPads and iPod Touches.
This is a basic iPhone anemometer/Android anemometer that plugs into your smartphone’s headphone port (it also works on iPads). It doesn’t use any battery power but instead measures wind speed by cleverly calculating the speed of the spinning magnets turning by using your phone’s built in magnetic compass. Note that if you have a newer iPhone or Android phone without a headphone jack, you may want to get a wireless Bluetooth anemometer instead (it will still work, but you’ll have to hold it instead of plugging it in). Comes with a carrying pouch.
This iPhone/Android anemometer does not plug into your smartphone but instead can be mounted outdoors as a stationary weather station. It connects to your smartphone or tablet using its special app and gives you information on weather conditions wirelessly from up to about 100 feet away. (It even can connect to an Amazon Echo device for voice readsouts of weather conditions, if you have one.)
Platforms: iPhone, Android Battery required: Yes (4 AA batteries) Max wind speed: 100mph / 160kmph
The Vaavud Sleipnir from the Netherlands is one of the best iPhone anemometers (it works on iPads and Android devices too). This device plugs into your smartphone’s headphone jack (or in the case of the iPhone 7 and above without a headphone jack, it plugs into your Lightning to headphone jack adapter or a stiff Lightning to headphone adapter). It works with the Vaavud smartphone app to measure both wind speed and direction. The data can be added to an online crowd-sourced database and stored in your phone as a log. This smartphone wind meter is extremely popular for sailing.
Platforms: iPhone, Android Battery required: Powered by your phone’s battery Max wind speed: 89mph / 144kmph / 78 knots
This weather station smartphone accessory plugs into your iPhone or Android device’s headphone jack and gives you a plethora of data. It measures: wind speed, wind chill, dew point, temperature, and barometric pressure and feeds that data into a convenient free multi-platform smartphone app. Since this weather station for iPhone/Android is so small, it has a built in keychain attachment as well as an included but optional wrist strap.
Platforms: iPhone, Android Battery required: Powered by your smartphone’s battery Max wind speed: 93mph / 145kmph / 80 knots
If you’re looking for a professional grade anemometer that works with a smartphone, this might be a good unit to consider. It’s made by Kestrel, the high end anemometer manufacturer and it syncs data with an app on your smartphone or computer. Like other Kestrel wind meters, this one is quite rugged, drop tested, waterproof and it even floats if dropped in water.
The Kestrel Fire Weather Meter Pro is more than just an anemometer accessory for smartphone, it also measures heat stress index, wet bulb temperature, humidity, altitude, temperature, and other weather related measurements. Its backlit screen makes it easy to view both in the dark and outside on sunny days. Comes with a lanyard. Note: if you’re looking for a Bluetooth anemometer for shooting, there is another version of this product with ballistics capabilities. See our companion article: The best wind meters for long range shooting.
Platforms: iPhone, Android Battery required: 1 Lithium metal battery (included, replaceable) Max wind speed: 134mph / 216kmph / 116 knots
Frequently asked questions about smartphone wind meters
What are anemometers for Android phone/iPhones used for?
People use smartphone anemometers for a variety of purposes. A person might use an anemometer for sailing, RC flying, windsurfing, kite flying, and any manner of other things. Wind speed meters are also used in various professional applications from HVAC testing (air conditioning/heating) to checking locations for wind farm appropriateness.
How do anemometers for smartphones work?
The phone + app anemometers on this list measure wind speed by calculating the rate that rotating elements spin in the wind. The faster the wind is blowing, the faster the cups or blades will spin. The rotations are counted and the wind speed is calculated as a result.
What’s better: an anemometer that connects to your smartphone physically or a Bluetooth anemometer?
This list includes both types of smartphone wind meters: those that are plugged into headphone jacks and those that connect wirelessly. There are two main differences: first, the Bluetooth models require their own internal battery. Second, the Bluetooth units tend to be more expensive.
There are reasons why a Bluetooth model may be more desirable in some cases however, such as when you want to be separate from the wind metering instrument itself (if you have it mounted on something), or if you have a new smartphone without a headphone jack it can be easier to just get a Bluetooth model than using a Lightning to headphone (or USB-C to headphone) adapter.
What is the absolute best iPhone anemometer attachment?
Naturally, as with anything, people’s preferences vary tremendously. But if you have an iPhone or Android phone with a headphone jack you might want to strongly consider the Vaavud models. If your smartphone doesn’t have a headphone jack, then the WeatherFlow Wind Meter (Bluetooth model) may be the best wind meter for smartphones.
I use a protective case on my smartphone, what do I do if these smartphone anemometer accessories don’t quite plug into it as a result?
This is a common problem among people who have Otterboxes or other chunky smartphone cases with thick protective plastic housings. Luckily you can get both flexible and firm headphone jack extenders which helps you plug in these anemometer smartphone dongles.
An anemometer measures wind speed and making a DIY anemometer out of cups is a great school science project. In this article, we’re going to give you a step by step guide for how to make an anemometer with cups and straws and answer some questions you might have.
How to build a cup anemometer
This straightforward video shows you how to make an anemometer step by step. Below we’re going to repeat the steps and give you a little more detail on some of them. First, here’s what you will need:
How to build an anemometer at home – Step by step guide
Step 1 – Use the sharpened pencil to poke a hole in the bottom of one of your dixie cups or another type of paper cup if you’re using easter egg cups for your DIY anemometer. Then use your hole-punch to punch two sets of 2 holes (four holes total) so that each hole is perpendicular to another hole. One set of holes should be closer to the top rim of the cup, and the other set of aligned holes should be lower down.
Step 2 – Insert the straws into the holes through the cup so they make an X when you look down at the cup from above.
Step 3 – Punch one hole into the sides of all four other dixie cups. Make sure each hole is roughly in the same spot on the cup.
Step 4 – Thread all four ends of the two straws through the holes in your four dixie cups. Bend the edge of the straw so you can tape or staple it to the other end of the cup.
Step 5 – Your anemometer cups are now all assembled. Make sure that you’ve maintained the same direction for each cup. It should look like this, viewing from above:
Step 6 – The cups should twirl in the air easily. To finish your anemometer, place the pencil into your empty plastic soda bottle for a base. You can use stickers or a marker to make an X on one of the four rotating cups which will make counting revolutions easier (it will be obvious how many times the red dot or X has turned around).
How to use your cup anemometer to measure wind speed
Have one person look at a stopwatch to see exactly how long ten seconds is. Use the following chart below to calculate roughly how fast the wind is blowing.
Alternatively you can “calibrate” your anemometer by driving exactly 10 miles per hour and seeing how many times your cups rotate when held out the window. However many revolutions are equivalent to wind blowing 10 miles per hour (assuming there is no additional wind blowing). Obviously you don’t want to be driving and sticking your arm out the window counting anemometer cup revolutions so you’ll need two people for this step.
Alternatives to DIY home-made anemometers
Several educational products are available if you don’t want to built an anemometer from paper cups. Here is an assortment of anemometer kits that you may find useful in your classroom. Click on an image to open the product in a new tab/window and check the price of these weather anemometer kits.
Of course if you’re reading this article because you’re interested in how to make anemometer for science project, you’re probably going to have to make one yourself using the DIY method outlined above instead of using a ready-built kit like these.
Frequently asked questions about cup counter anemometers
How does a cup anemometer work?
Cup anemometers are used by professionals to gauge wind speed. Normally anemometers will have built in computers that calculate how many revolutions they make per minute (or every 10 seconds or every 30 seconds, depending on how the computer is set up). The number of times that the wind pushes the cups around in a circle is then translated into the wind speed by the anemometer’s calculator into a unit like miles per hour, meters per second or whatever unit is desired. The more times the cups turn around in a circle, the faster the wind is blowing.
What is the difference between a 3 cup anemometer and a 4 cup anemometer?
Three cup anemometers are similar to four cup anemometers, they just simply have one less wind cup. For the purposes of this article about how to make an easy anemometer, we’re making a four cup model since that’s easier to make. Four cup models are also more common these days than 3 cup or 2 cup anemometers.
What is the cup anemometer working principle?
Cup anemometers feature a rotating array of wind cups that rotate as the wind blows. The faster the wind is blowing, the faster the cups will rotate. By measuring the number of cup rotations within a period of time (for instance within 30 seconds), we can calculate how fast the wind is blowing.
What other types of anemometers are there besides cup anemometers?
While this article is about how to make a kid friendly anemometer out of cups, there are several other types of wind guage instruments. Some examples include: hot wire anemometers (which measure how quickly a heated wire cools down in the breeze), ultrasonic anemometers (which transmit a sound signal to a reciever, measuring wind speed off of how long it takes to send it), and vane anemometers (which work on the cup principle but instead of rotating cups they have flat blades like a fan).
I don’t understand the instructions for how to make anemometer at home
Watch the “how to make anemometer video” at the top of this article for more information about how to build an anemometer out of cups for a school project.
I don’t want to use dixie cups, what else can I use for my homemade DIY anemometer cups?
Here are some ideas for how to make an anemometer with cups– using things other than dixie cups:
Anemometer An anemometer is a device that measures the speed of the wind. Anemometers are used by many professionals who work in the wind energy field as well as meteorologists/weather scientists, hobbyists and others. Different anemometers measure wind speed differently, depending on how they’re designed.
Cup anemometer A cup anemometer is a specific type of anemometer that measure wind speed by counting the number of rotations that a set of cups makes when the wind blows. Cup anemometers can be manual like the types of cup anemometers made of paper cups for science projects, or they can be electronic. Sophisticated cup anemometers can calculate the wind speed in units like miles per hour, meters per second or Knots (a naval unit of measurement for sailing). Simply put, the cup anemometer definition is: a wind speed gauge that uses rotating cups to measure wind speed.
Wind energy Wind energy is power created by the wind blowing.
Windmill A windmill harvests the power of the wind and translates it into energy. Early windmills pumped water or milled grains but today modern wind turbines generate electricity.
Wind farm A wind farm is an array of wind turbines in a windy area that all work together to harvest a large amount of wind power.
Wind/weather vane A weather vane or wind vane is a flat instrument which rotates. Depending on which direction it’s pointing, it will tell you which direction the wind is blowing in.
In this mega-FAQ we’re going to explain to you what anemometers are, who uses them, how they work, who invented them, and much, much more. Let’s begin!
What is an anemometer?
The simple answer to this question is an anemometer is a wind speed meter. There are different types of anemometers and they work in different ways but all anemometers have ways of measuring wind speed. Here are a few examples of what different types of anemometers look like (click any image to enlarge it in a new window).
As you can see, anemometers come in all sorts of shapes and sizes. Some are portable handheld anemometers and others are built in and affixed to buildings as a part of weather stations.
What is an anemometer used for?
An anemometer is for measuring wind speed. Some anemometers are built into larger, more complex weather stations which contain various other instruments and can provide weather forecasts based on a combination of all the data.
For instance an anemometer may be used to measure how windy it is before you go sailing on a sailboat. An air conditioning repair technician might use an anemometer to measure the output of a unit they are troubleshooting. A meteorologist might use anemometer data in their forecasts. A professional sports shooter might use an anemometer to calculate crosswind so they can compensate and hit a target from many hundreds of feet away. Storm chasers and weather hobbyists might use anemometers to understand how fast the wind is blowing. A wind turbine surveyor may use a handheld portable anemometer to determine if a particular area would be a good location to harvest wind power from.
What is an anemometer and how does it work?
An anemometer measures wind speed. Most anemometers work by counting the number of revolutions that their circular array of cups or windmill or blades make within a period of time (say, a 10 second interval) to see how fast the wind is blowing. It can then translate that measurement into a calculation of wind speed in units like miles per hour, kilometers per hour, meters per second or in the case of sailing applications, Knots.
What is an anemometer unit of measurement?
Anemometers measure wind speed in a variety of units. Generally speaking, the more expensive and sophisticated the anemometer is, the more units of measurement it will offer. Anemometer units of measurement may include:
Most anemometers fall into one of two general categories: vane (or turbine) anemometers and cup anemometers. In both cases as the wind blows through them and moves their parts around in a circle, they count the number of revolutions per second (or per minute or per 30 seconds or whatever time period). By evaluating the speed of the rotations, the anemometer is able to calculate the wind speed in a common unit of measurement like miles or kilometers per hour.
There is also a third type of anemometer, a hot wire anemometer, which heats a component and then measures how quickly the component cools down (giving a reading of how fast the wind is blowing to cool it). A fourth, more rare type of anemometer is an ultrasonic anemometer, which we will explain below.
What is an ultrasonic anemometer and how do ultrasonic anemometers work?
Ultrasonic anemometers measure wind speed. They do this by sending a sound pulse back and forth from a transmitter to a receiver over a span of a few inches to calculate the speed of the wind blowing in between the two sensors. Ultrasonic anemometers are extremely specialized devices and they tend to be much more expensive than typical anemometers in the more common vane, cup or hot-wire types.
How to use an anemometer / how to read an anemometer
In the case of electronic anemometers (most of them), normally you’ll just to turn on the unit and watch as it displays the current wind speed. You may decide to change the mode to view the wind speed in a different unit of measurement (i.e. kilometers per hour instead of miles per hour). In the case of manual cup anemometers for science class projects you’ll need to count the number of revolutions the cups make in a minute long period to calculate the wind speed.
How do you pronounce “anemometer”?
This video shows you how to pronounce anemometer:
How do cup anemometers work?
A cup anemometer (like the ones seen above– click on an image to open it larger in a new window) counts the number of times that the wind revolves a set of cups around in a circle over a period of time to calculate wind speed. At their most simple, cup anemometers consist of a stick of some kind that holds an array of 2, 3, or 4 wind cups which rotate. High school students will sometimes build anemometers or use simple non-electronic cup anemometers like the one below to manually count rotations over a period of 1 minute or 30 seconds to calculate wind speed.
How accurate is an anemometer?
Different anemometers will have different levels of accuracy. Generally speaking the more expensive the unit the more accurate you can expect it to be (no surprise there!). A common handheld decent quality anemometer accuracy range is within ±3%. This means that if the wind is blowing at 20 miles per hour, the unit might register anywhere between 19.4 mph and 20.6 mph, so fairly accurate for most purposes. Specialized scientific anemometers such as ultrasonic anemometers may have even higher accuracy rates.
Where is an anemometer placed?
Anemometers come in two varieties; those that are handheld and portable and those that are mounted in a single fixed location. For the most accurate readings, anemometers are best placed in locations that are unencumbered by obstacles so you can get a wind speed reading that isn’t blocked by trees/buildings/etc. For instance, the absolute worst spot for an anemometer would be directly next to a building or wall. Anemometers are sometimes mounted atop poles in the middle of yards, on top of buildings or in wide open spaces.
Does anemometer measure wind direction?
Anemometers measure wind speed. Some anemometers will also calculate the direction that the wind is blowing. These anemometers will often rotate or have an additional vane attachment that detects the wind direction. So to answer the question “Does anemometer measure wind direction?” we can say that most measure direction (they measure speed only), don’t but some higher end, more expensive models measure both speed and direction.
How is an anemometer different from a windsock?
Windsocks are a very simple way to gauge “is the wind blowing?” and “is the wind blowing fast or slow?” at a glance. But anemometers are very sophisticated instruments that can tell you precisely how fast or slow the wind is blowing, and sometimes even which direction the wind is blowing from. Anemometers will sometimes also be built into a feature-rich weather station which measures other factors like temperature, humidity and barometric pressure.
what does an anemometer look like / how does an anemometer look?
Here are some examples of what different types of anemometers (wind speed meters) look like. Click on any image to open it in a new tab and learn more about it.
How is an anemometer used / how is an anemometer helpful?
Anemometers, which measure wind speed, are used by many people for a variety of purposes. Knowing the wind speed is helpful to sailors, windsurfers, air conditioning repair technicians, professional sports shooters who need to know crosswind, meteorologists, and weather enthusiasts. Sometimes anemometers are built into sophisticated pieces of equipment with many other sensors called personal weather stations which are used by people who live in remote areas or microclimates where traditional weather forecasts are inaccurate.
How do anemometers work / how do anemometers measure wind speed?
Most anemometers have some sort of moving part which rotates or cycles in the wind so when the wind blows faster it will rotate faster. The anemometer’s computer counts the number of revolutions per second or minute (or whatever interval) and then figures out what the speed of the wind is in miles per hour, meters per second or whichever unit it’s set up to read. If you’re interested in learning more about how anemometers calculate wind speed, read on at Wikipedia.
Who invented the anemometer first?
Italian Renaissance man Leon Battista Alberti is credited with inventing the first anemometer, or wind speed meter, around the year 1450. Later in 1846 the English astronomer Thomas Romney Robinson invented the first cup anemometer. You can learn more about the history of the anemometer on Wikipedia.
Who invented the hot wire anemometer?
The first constant-current wire anemometer for practical use was created in 1909 by Russian scientist Dimitri Riabouchinsky (more info).
What does an anemometer and weather vane measure?
An anemometer measures wind speed. A weather vane measures the direction that the wind is blowing (for example, north-south or east-west).
How does an anemometer help meteorologist / why is a anemometer important to weather forecasting?
Basically what anemometers do is they tell you how fast the wind is blowing. If you’re interested in how an anemometer is used to measure weather, check out this answer from an engineer:
Meteorologists use anemometers to measure wind speed. Wind speed is obviously a weather feature reported in itself, but meteorologists use the data for other reasons as well. Gathering wind speed and direction at many locations and altitudes allows meteorologists to create the weather maps used to predict weather across the world several days ahead.
How does anemometer indicate the speed of the wind?
Most anemometers count the rotation of a series of cups or vanes to see how fast the wind is blowing. The faster the wind is, the faster the cups will rotate in the wind (or the faster its turbine will rotate). That speed is then calculated by the anemometer and displayed in a unit like miles per hour or meters per second on the display. In the case of an old fashioned manual cup anemometer, high school science students will often count the number of rotations and calculate how fast the wind is blowing based on that. See below for a simple cup anemometer example:
What is an anemometer used for in science?
What does an anemometer tell us? It tells us how fast the wind is blowing. This may be useful for a variety of different scientists. For instance, meteorologists use anemometers to calculate wind patterns. Renewable energy scientists and engineers may use handheld anemometers to figure out whether a particular place is a good spot for a wind turbine. Other scientists testing lab equipment may have different specialized uses for anemometers. So, what does an anemometer help scientists measure? Wind speed (or air flow, when indoors).
An anemometer is a gauge used for recording the speed of what?
Anemometers measure wind speed. Some very sophisticated anemometers and weather stations can also calculate the direction that the wind is blowing in, in addition to the speed at which it’s blowing.
How big is an anemometer?
Some anemometers are portable and can be held in your hand and stowed in a pocket. Others are part of a larger weather station and can be mounted on the rooftops of buildings or on poles in big open fields. The size of anemometers really varries widely depending on how it’s meant to be used.
How is an anemometer different from a weather vane?
A weather vane measures the direction that the wind is blowing. You frequently see them atop old houses or sometimes in people’s yards, ornamentally. An anemometer on the other hand is usually an electric device that measures the speed that the wind is blowing, based off of how fast a set of cups or a turbine is rotating. Anemometers come in both handheld and stationary mounted varieties. Some anemometers measure the wind direction as the speed, while others measure only the wind force.
Plenty of professionals and hobbyists alike use portable anemometers or portable weather stations for a variety of uses. These devices range from simple portable wind gauges all the way to fully fledged weather stations with tons of features. In this article we’re going to go down the list of the top portable weather instruments. If you’re reading this list then you’re probably going to be especially interested in the size and weight of these anemometers so we’ll be listing that alongside each contender for best portable anemometer.
Our picks for the best portable wind speed and direction meters & weather stations
This basic portable anemometer will measure the wind speed and temperature. It features an easy to read backlit screen that works well even in the dark and a 180 degree rotatable turbine head for measuring wind speed (it does not rotate in the opposite direction but the blades measure wind in either direction so there’s no need for this). It operates at 0 to 32 meters per second wind speed (67 miles per hour) and from 32 degrees Fahrenheit up to 122 degrees (0-50 Celsius, both modes are available). The Qooltek Digital Handheld Anemometer also offers its wind speed measurements in a variety of modes: meters per second, km/hour, Knots or miles per hour. Runs off of three AAA batteries (included).
Measures: 6.3 inches tall x 1.7 inches wide x 0.98 inches thick Weighs: 100g / 0.22 lbs
If you’re looking for a portable wind speed meter for measuring equipment airflow, this one might be for you. This next anemometer, portable with case included, is aimed at professional users who need to be able to separate the display from the actual wind turbine instrument itself. For instance HVAC pros may find this portable wind meter especially useful when they’re measuring air flow from vents or air ducts while troubleshooting on site. It measures air flow/velocity and temperature in a 14-140 F range (-10-60 C). Runs on one 9V battery (not included).
Measures: 10.2 inches x 8.5 inches x 3 inches (included carying case dimmensions) Weighs: 0.86kb / 1.9 pounds (in the included carrying case)
Ambient Weather makes some of the best portable anemometers for the money. If you need more features than just wind speed and temperature, consider this portable weather station. It takes the same readings as the above models but it adds in the ability to detect exact wind direction with its directional compass as well as humidity, and heat index, dew point measurements, and more. It can calculate cross winds, head winds and tail winds, and gusts too. This is also a rugged unit; it’s water resistant and it floats. Accurate from -20 to 158F (-28-70C) and 0.8-90 miles per hour. Uses one coin style Lithium battery (included).
Measures: 5.5 inches long x 1.75 inches wide x 0.75 inches thick Weighs: 181g / 0.4 lbs
If you need an extremely high quality, extremely precise portable wind speed and direction meter with tons of other features, the Kestrel 5500 might have your name on it. This high end portable weather station offers over a dozen different measurements:
wind direction and speed (current/average/max)
wet bulb temperature
heat stress index
In addition to its easy to read digital display this model also has Bluetooth and connects to a free iPhone/Android app and allows you to download data on to your computer using a Kestrel computer dongle (sold separately). This Kestrel 5500 kit comes with both the portable wind meter itself and also a vane mount which swivels in whichever direction the wind is blowing for the most accurate measurements. It works with a normal full sized camera tripod but it can also be fitted to a Kestrel Mini Portable Tripod. (For full-sized tripod recommendations, see this related article: What is the best tripod under $100?.) All these features come together to make the Kestrel 5500 one of the best portable anemometers today. Runs on 1 AA battery (included).
Measures: 5 inches x 1.9 inches x 1.1 inches Weighs: 0.27 lbs / 121g
Frequently asked questions about portable anemometers
Does an anemometer measure wind direction in addition to speed?
Some portable wind speed meters measure only wind speed and others measure direction as well. In this article we’ve noted which models will give you direction data. Especially sophisticated anemometers will even sometimes have wind direction vanes and tripod mounts for measuring wind direction and capturing the most accurate possible data, such as the Kestrel 5500 portable weather meter.
How much do portable weather instruments cost?
It depends on the unit and how many features it has. Generally speaking simple portable wind gauges can be found for around $20 while more sophisticated portable weather stations can retail for all the way up to hundreds of dollars. The less expensive models may only offer the ability to read wind speed and temperature while more expensive models throw in a host of other features that help predict what the weather will be like (dewpoint, barometric pressure, density altitude, humidity sensors, etc). Each user’s uses may be different.
What is the best portable anemometer?
Again, it depends on what you need to use it for but if you’re looking for one of the most fully-functional wind speed meters, we’d say that the Kestrel 5500 is one of the top handheld anemometers out there right now.
Are any of these portable wind vane anemometers?
Of the units listed in this article only the Kestrel 5500 comes with a wind vane attachment for mounting on a tripod or mini-tripod. With that said, it’s worth noting that the Ambient Weather model also can calculate wind direction with its built in compass.
Two way radios, sometimes also called walkie talkies, are extremely useful for a variety of purposes both in emergency situations and with large families at ski resorts or in a variety of work situations where cell phones are not ideal, such as farms.
Midland is a well known maker of two way and emergency radios and their LXT500VP3 radio system is one of the best emergency two way radios for the money. This package includes two 22 channel radios and a dual unit charging base station (allowing both radios to be charged simultaneously). The 2 way radios can be powered either by rechargeable battery packs (included) or four AAA batteries. These walkie talkies also have an optional low power mode which can elongate the life on a single charge up to an impressive 16 hours. If you need more than 2 units, just buy another set (they will of course work with the same channels). Includes drop in charger.
Range: Up to 24 miles Channels: 22 Battery: Up to 16 hours
These two way radios by Motorola have a 23 mile max range and run on the included rechargeable batteries or 3 AAAs. They offer a feature upgrade over the basic Midland unit above because in addition to offering 22 channels, they also offer 11 weather channels (7 of which are NOAA frequencies) to receive emergency broadcast notifications. These are also some of the best emergency 2 way radios because they have so-called “privacy code” modes which let you filter out unwanted conversations on the same frequency (useful for popular frequencies in crowded areas). Also available as a three pack. Optional separate walkie talkie headsets are also available. Includes drop in charger.
Range: Up to 23 miles Channels: 22 Battery: Up to 10 hours
If you want an emergency two way radio but you don’t need a weather alert radio built in, this might be one of the best best emergency radio for bug out bags. It is a three pack of emergency two way radios able to be powered off of either included rechargeable batteries or 3 AA batteries. When powered by the rechargeable battery it gets up to 12 hours of life, but with double A batteries it can achieve up to 29 hours of life. Note: these walkie talkies are charged via included AC adapters (not drop in chargers like some of these other units).
Range: Up to 16 miles Channels: 22 Battery: Up to 29 hours
When range is the most important factor in buying a walkie talkie pack, this unit from Motorola may fit the bill. It offers a range of up to 35 miles although of course in practice any two way radio’s range will be smaller if there are terrain obstacles or tall buildings in the way. This emergency two way radio offers a battery life of 23 hours on 3 AA batteries or 8 hours when using the included rechargeable battery packs. Although this is a pack of three walkie talkies, it’s also available in a two pack.
Range: Up to 35 miles Channels: 22 Battery: Up to 23 hours
If you need a seriously long range two way radio with professional grade features, this might be the unit for you. The BaoFeng F8HP works with 128 channels and is compatible with walkie talkie frequencies as well as an expanded range of UHF and VHF frequencies. It even can receive weather channels. It’s also one of the best emergency two way radios for the money because it has an LED flashlight built in (which can also be set to serve as a blinking beacon which lets you locate the walkie, or allows others to see your location in the dark if you’re wearing or holding it). Note that without a HAM radio license, transmitting on UHF and VHF frequencies is only permitted in an emergency. This unit includes a high gain antenna, an optional belt clip, an earpiece/microphone headset, and drop in cradle charger.
Range: Unlisted, but some users routinely get 15 miles Channels: 128 Battery: Up to 24 hours
Frequently asked questions about emergency two way radios
If I purchase multiple sets of the same radio, can I use them all together?
Absolutely, yes. The main thing is to make sure that all your two way radios are tuned to the same channel. It does not matter how many radio sets you are using: 20 walkie talkies will communicate just as well as two will.
Can multiple different brands of two way radios work together?
For consumer class two way radios with 22 channels, the answer is usually yes. More expensive professional class radios may operate at exotic frequencies however, making them incompatible with other brands sometimes. The two way emergency radios listed in this article with 22 channels will most likely work with each other, across brand.
Do these emergency two way radios require a HAM radio license?
If you’re using a consumer grade 22 channel two way radio, you don’t need any special license.
If however you’re using a UHF/VHF professional grade two way radio, you need a HAM radio license (unless you’re using it in an emergency scenario). The only radio on this list that broadcasts in these pro frequencies is the last one. You can learn more about obtaining your own HAM radio license at HAMStudy.org, which prepares you to take the 30 question multiple choice amateur radio exam to get licensed.
Can these two way radios receive CB radio transmissions from trucks on the highway?
Generally no. CB radios in trucks use different frequency ranges.
How many miles in range can I reasonably expect to achieve with these two way radios?
Although all walkie talkies advertise ranges of “up to 20 miles” etc in realistic practice, your range will be much smaller. The ideal case would be if the transmitting radio was on top of a mountain and the receiving radio was in the valley. On flat ground with building or hills in between, you may realistically be able to expect closer to a 2-5 mile range with family style two way radios. With that said, the advertised ranges are helpful when comparing units to each other because in relative terms they give you a sense of generally how strong or weak their transmitters are.
Can I get hands free headsets to use with these two way radios?
Yes, to find a handsfree headset compatible with your choice of radio, simply search in Amazon for the model number and the word headset. In many cases there are both original manufacturer headsets as well as third party headsets which offer different configurations, styles and sometimes lower prices than the first party manufacturer.
These two way emergency radios come with rechargeable battery packs and they also work with AAs, what is the difference?
Besides not having to replace AA or AAA batteries, there are two main differences between using your walkie talkie’s rechargeable battery pack and normal alkaline batteries. The first difference is that alkaline AA or AAA batteries will give you a longer battery life, sometimes as much as 10 hours longer than rechargeable batteries. The second difference is that if you’re using AAs you can simply replace your old batteries with fresh ones, whereas if you only use the included rechargeable battery pack you’ll need to charge your walkie to use it again, which can often take a few hours.
Can a walkie talkie be used while it’s in its charging cradle?
Generally yes, although it may be awkward to press the talk button while it’s sitting in a charging cradle.
Can other people listen in on my walkie talkie conversations?
Yes. Walkie talkies don’t prevent anyone else with a similar unit from tuning in to your conversations. At the same time, depending on where you are the chances of that may be rather low.
Some higher end walkie talkies like a few on this list have so-called “privacy codes.” These codes do not prevent other people from listening in if they have a two way radio tuned to the same frequency as you, but instead they limit your radio from receiving transmissions on whatever channel you’re using, unless the transmitting radio is also tuned to that same privacy code.