Product Announcements

Keep checking this page for new product announcements and popular products coming back in stock. We also post new pages and new features we’ve created on our Web site.


Thunder Power RCs new Pro Power 45 C Series LiPo Batteries

Thunder power has just recently made available a new line of Thunder Power RC Pro Power 45C lipo batteries. Building on the incredible success of Thunder Power RCs’ G4 Pro Lite V2 20C and Pro Power 30C batteries now proven to offer significantly more power (up to 30%) and cycle life (up to 5-times more plus 5C charge rate capability with NO loss in cycle life delivery) than most previous generation batteries, Thunder Power RC is excited to once again lead the way in the LiPo battery market with the release of the most advanced, most powerful and longest lasting series of LiPo batteries ever made available for extreme-performance RC aircraft models! The all-new Pro Power 45C series batteries, available in capacities from 325mAh to 5000mAh and in configurations from 1S 3.7V to 10S 37.0V, offer up to 40% MORE POWER and up to 6-TIMES MORE CYCLE LIFE than previous generation LiPo batteries. They’re also capable of ULTRA-FAST CHARGE RATES UP TO 6C WITH NO LOSS IN CYCLE LIFE DELIVERY. And best of all these packs are PROUDLY ASSEMBLED IN THE USA BY THUNDER POWER RC IN LAS VEGAS, NV!

Check out all these great batteries that we now carry below:

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FAA approves use of Draganflyer X6 R/C UAV for use by Mesa County Sheriff under Certificate of Authority (COA)

Mesa County Sheriff’s Office and Draganfly Innovations have been working together to test the Draganflyer X6 for policing operations. The Colorado Grand Junction Free Press reports that the Mesa County Sheriff’s Office and the Draganflyer X6 have meet the strict requirements of the FAA in order for the Draganflyer X6 to be operated for police requirements.

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The FAA controls what can be operated in United States airspace. Most of the requirements of the FAA have to do with ensuring public safety, and the Draganflyer X6 has met these requirements. This allows the Mesa County Sheriffs office to operate the Draganflyer X6 for various police operations. Using the Draganflyer X6 aircraft provides a substantial cost savings over hiring out full size aircraft for police operations.

Read more about how the Mesa Countys Sheriffs office is employing the Draganflyer X6 in this article by the Colorado Grand Junction Free Press.

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Announcing 5 New Thunder Power Batteries For Your RC Planes, Cars and Helicopters

Thunder Power RC Is a World Leader in Lipo and RC Power Technology

We’re pleased to announce the release of 4 brand new Thunder Power Lipo batteries. We pride ourselves on carrying every Thunder Power battery manufactured. These recent additions represent some of

Thunder Power’s coolest new developments.

New Thunder Power 7.4V 2S 5400 Saddle Pack

This new battery from Thunder Power RC features a saddle shaped design, with two individual battery packs wired in series. This allows for greater flexibility and increased capacity. ROARR approved, this saddle pack lipo battery is perfect for all your RC cars and trucks.

Specifications for the Thunder Power TP-5400-2SPRSD Lipo

  • Voltage: 7.4 V
  • Cells: 2-Cell (2s)
  • Capacity: 5400 mAh
  • Max Continuous Discharge: 25C
  • Max Burst Discharge: 50C
  • Max Continuous Current: 135A
  • Max Burst Current: 270A
  • Weight: 331g
  • Dimensions: 28 x 46.5 x 69 mm Saddle Pack
  • Series: Pro Race Series Surface Pack
  • Balance Connector: Thunder Power RC 4 Pin
  • Connector: Deans Ultra
  • Case Type: Standard

New Thunder Power Sport Race 3s 8000 Lipo

Expanding the Sport Race Series is the new 8000 mAh 3 cell 11.1 V pack. Capable of providing 22C continuous and 45C burst current, this battery is perfect for larger RC model airplanes. As with all our thunder power batteries, the 3s 8000 is fully compatible with our Lipo battery chargers. New to electric RC? We’ve got a great selection of Thunder Power compatible balancers and chargers available. This battery pack also features standard Deans connectors, so you can use it easily with your other standard RC equipment and ground vehicles.

Specifications for the Thunder Power RC TP-8000-3SSRD LiPo:

  • Voltage: 11.1V
  • Cells: 3-Cell
  • Capacity: 8000mAh
  • Max Continuous Discharge: 22C
  • Max Burst Discharge: 45C
  • Max Continuous Current: 176A
  • Max Burst Current: 360A
  • Weight: 530g
  • Dimensions: 139 x 41 x 39mm

New Thunder Power Sport Race 2s 8000 Lipo

Designed specifically for ground vehicles, this battery pack is ROAR approved and fully compatible with all our Thunder Power chargers. Standard Deans connectors allow you to use this pack with all your RC ground vehicles.

Specifications for Thunder Power RC TP-8000-3SSRD LiPo

  • Voltage: 7.4 V
  • Cells: 2-Cell (2s)
  • Capacity: 8000 mAh
  • Max Continuous Discharge: 22C
  • Max Burst Discharge: 45C
  • Max Continuous Current: 176A
  • Max Burst Current: 360A
  • Weight: 382g
  • Dimensions: 30 x 46.5 x 138 mm
  • Series: Sport Race Series Surface Pack
  • Balance Connector: Thunder Power RC 4 Pin
  • Connector: Deans Ultra
  • Case Type: Medium

New Thunder Power Pro Race 4s 5000


This brand new Thunder Power battery adds to the large Pro Race Series. Pro Race series batteries are specifically engineered for optimal racing performance. Capable of providing a maximum burst discharge of 80C, this battery adds incredible performance to your RC cars, trucks, and other electric surface vehicles.
<h2>Specifications for Thunder Power RC TP-5000-4SPR LiPo</h2>

  • Voltage: 14.8 V
  • Cells: 4-Cell (4s)
  • Capacity: 5000 mAh
  • Max Continuous Discharge: 40C
  • Max Burst Discharge: 80C
  • Max Continuous Current: 200A
  • Max Burst Current: 400A
  • Weight: 564g
  • Dimensions: 46 x 46.5 x 138 mm
  • Series: Pro Race 40C Series Surface Pack
  • Balance Connector: Thunder Power RC 4 Pin
  • Connector: Deans Ultra
  • Case Type: XX-Large


New Thunder Power RC TP-5000-1SPRD Lipo

Featuring an extra large 5000 mAh capacity, this new Lipo battery is perfect for smaller RC cars, trucks, and other ground vehicles. This one cell battery provides 3.7 volts at a maximum burst current of 80C. Tested and approved at the ROAR lab this battery is officially approved for usage at ROAR sanctioned events. The TP-500-1SPRD Lipo battery also features standard Deans connectors, allowing you to use it with all your standard RC equipment and surface vehicles.

Specifications for Thunder Power RC TP-5000-1SPRD LiPo

  • Voltage: 7.4 V
  • Cells: 1-Cell
  • Capacity: 5000mAh
  • Max Continuous Discharge: 40C
  • Max Burst Discharge: 80C
  • Max Continuous Current: 200A
  • Max Burst Current: 400A
  • Weight: 145g
  • Dimensions: 135 x 45 x 17mm
  • ROAR Approved

Do you need chargers, balancers, connectors and other accessories for your lithium polymer rechargeable RC batteries? We carry a huge selection available for purchase online or over the phone.

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Announcing the Draganflyer X4 Helicopter: a Brand New, Ultra Portable, VTOL UAV

We are pleased to announce the release of our latest UAV helicopter, the Draganflyer X4. Several hundred hours of research and development went into its design, bringing about a sleek, sophisticated UAV. The Draganflyer X4 features much of the same technology as the Draganflyer X6, but is available at a much lower cost. Designed for commercial, government, and military applications, the Draganflyer X4 provides affordable aerial photography and videography.

Diverging from our larger 6 rotor design, the Draganflyer X4 features the same quad rotor design used by our older helicopters. Four brushless motors independently drive four carbon fiber rotor blades, all controlled and monitored  by an advanced flight computer.

The flight computer uses SteadyFlight technology to process the inputs of seven individual sensors, including:

  • A barometric pressure sensor
  • Three accelerometers
  • Three gyroscopes

Click to learn more about the Draganflyer X4's latest computer systems

The flight computer reads sensor outputs and precisely determines the motor outputs required to keep the helicopter flying straight and level. If selected by the pilot, the barometric pressure sensor is used by the helicopter to maintain altitude. Properly trimmed and balanced, the helicopter will hold its position in the air allowing you to get excellent aerial photographs and video.

Four different cameras have been customized to work with our UAV, including:

  • A 12.1 MP digital still and video camera
  • A micro color video camera
  • low-light black and white video camera
  • A FLIR (Forward Looking Infra Red) video camera

Click to learn more about our latest handheld UAV flight controller

All of these cameras transmit wireless video via a 5.8 GHz transmitter built into the mount. Wireless video can be received using either the handheld controller (which includes its own flat patch video antenna) or the optional base station. Video glasses plug directly into the handheld transmitter, allowing you to see what the helicopter is seeing and get perfectly aimed aerial photographs and video. The optional base station is compatible with any modern PC running Windows and features three standard RCA output jacks. This allows you to use your own recording equipment with the cameras or even re-transmit the video stream if needed.

Learn more about the Draganflyer X4's innovative Camera Systems

Because all wireless communication is subject to interference, all of our cameras now feature a built-in DVR that records a pristine, interference-free copy of your aerial video to an SD memory card. After you finish flying, plug the SD memory card into your computer and edit the video using the software of your choice. Each camera also features a custom designed mount with a remote tilt feature (adjustable via the handheld controller). Designed to give you the best quality video possible, each camera mount features balanced, oil-filled shock absorbers. The shock absorbers keep the recorded video free from vibration, guaranteeing that you get the best possible results.

The Draganflyer X4 UAV features an innovative case system that makes transporting the helicopter easier than ever. The entire Draganflyer X4 helicopter presses neatly into its pre-cut slot in the case. Each part and accessory fits into molded high-density foam inserts for safekeeping during transport. The transport case features a dual layer design with flight accessories in the top layer and the base station in the bottom layer. A patented, load-bearing system clips on to the transport case allowing it to be worn like a backpack, and transported just as easily. Built from flexible Cordura™ nylon, the load-bearing system is securely attached using Fastex™ hardware and adjustable carry straps.

The entire transport case fits neatly into a rugged ATA (Airline Transport Association) certified hard case, rated to last over 100 flights as airline baggage. The padlockable, all-metal, carpet-lined ATA case allows you to safely transport the helicopter anywhere in the world without worrying about damage caused by the rigors of travel as airline baggage.

Designed for small enterprises and projects on a budget, the Draganflyer X4 is our most affordable unmanned aerial vehicle ever. Use the power of a full featured VTOL UAV  for your project – the Draganflyer X4 makes professional quality aerial photographs and video easier to obtain than ever before.

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ROAR (Remotely Operated Auto Racers) Sanctioned Thunder Power Battery Packs For Your RC Cars And Trucks

ROAR (Remotely Operated Auto Racers) is a national non-profit organization dedicated to promoting rc cars and trucks. ROAR also provides liability and bodily injury insurance for it’s members who race at ROAR sanctioned events and keeps a database of approved lithium polymer batteries. Tested at ROAR’s laboratory, approved lithium polymer batteries need to meet criteria including safety and performance. If you’re racing your electric car or truck at a ROAR sanctioned event, you should use approved batteries. We carry all of ROAR’s approved Thunder Power RC batteries, listed below:

Item / Part # Capacity / Cell Count / Voltage Max. Cont. Discharge Max. Burst Discharge Max. Cont. Current Max. Burst Current Weight (grams) Case Type
TP-325-1SPJ45 325mAh 1-Cell/1S 3.7V 45C 90C 14.6A 29.2A 12 Rounded
TP-325-2SPJ45 325mAh 2-Cell/2S 7.4V 45C 90C 14.6A 29.2A 21 Rounded
TP-325-3SPJ45 325mAh 3-Cell/3S 11.1V 45C 90C 14.6A 29.2A 31 Rounded
TP-850-1SPJ45 850mAh 1-Cell/1S 7.4V 45C 90C 38A 76A 50 Rounded
TP-850-2SPJ45 850mAh 2-Cell/1S 11.1V 45C 90C 38A 76A 74 Rounded
TP-1250-2SP45 1250mAh 2-Cell/1S 7.4V 45C 90C 78A 112A 76 Rounded
TP-1250-3SP45 1250mAh 3-Cell/1S 11.1V 45C 90C 78A 112A 115 Rounded
TP-1250-4SP45 1250mAh 4-Cell/1S 14.8V 45C 90C 78A 112A 146 Rounded
TP-1750-2SJ45 1250mAh 2-Cell/1S 7.4V 45C 90C 78A 157A 104 Rounded
TP-1750-3SP45 1250mAh 3-Cell/1S 7.4V 45C 90C 78A 157A 153 Rounded
TP-1750-4SP45 1250mAh 4-Cell/1S 14.8V 45C 90C 78A 157A 198 Rounded
TP-2250-2SP45 2250mAh 2-Cell/2S 7.4V 45C 90C 101A 202A 132 Rounded
TP-2250-3SP45 2250mAh 3-Cell/3S 11.1V 45C 90C 101A 202A 193 Rounded
TP-2250-4SP45 2250mAh 4-Cell/4S 14.8V 45C 90C 101A 202A 254 Rounded
TP-2250-5SP45 2250mAh 5-Cell/5S 18.5V 45C 90C 101A 202A 315 Rounded
TP-2250-6SP45 2250mAh 6-Cell/6S 22.2V 45C 90C 101A 202A 375 Rounded
TP-2250-6SP45 2250mAh 6-Cell/6S 22.2V 45C 90C 101A 202A 375 Rounded
TP-2650-2SP45 2650mAh 2-Cell/2S 7.4V 45C 90C 119A 238A 160 Rounded
TP-2650-3SP45 2650mAh 3-Cell/3S 11.1V 45C 90C 119A 238A 228 Rounded
TP-2650-4SP45 2650mAh 4-Cell/4S 14.4V 45C 90C 119A 238A 296 Rounded
TP-2650-5SP45 2650mAh 5-Cell/5S 18.5V 45C 90C 119A 238A 367 Rounded
TP-2650-6SP45 2650mAh 6-Cell/6S 22.2V 45C 90C 119A 238A 434 Rounded
TP-3250-2SP45 3250mAh 2-Cell/2S 7.4V 45C 90C 146A 292A 190 Rounded
TP-3250-3SP45 3250mAh 3-Cell/3S 11.1V 45C 90C 146A 292A 274 Rounded
TP-3250-4SP45 3250mAh 4-Cell/4S 14.8V 45C 90C 146A 292A 357 Rounded
TP-3250-5SP45 3250mAh 5-Cell/5S 18.5V 45C 90C 146A 292A 443 Rounded
TP-3250-6SP45 3250mAh 6-Cell/6S 22.2V 45C 90C 146A 292A 548 Rounded
TP-3250-7SP45 3250mAh 7-Cell/7S 22.2V 45C 90C 146A 292A 616 Rounded
TP-3250-8SP45 3250mAh 8-Cell/8S 29.6V 45C 90C 146A 292A 723 Rounded
TP-3250-9SP45 3250mAh 9-Cell/9S 33.3V 45C 90C 146A 292A 786 Rounded
TP-3250-10SP45 3250mAh 10-Cell/10S 37.0V 45C 90C 146A 292A 871 Rounded
TP-3800-2SP45 3250mAh 2-Cell/2S 7.4V 45C 90C 171A 342A 222 Rounded
TP-3800-3SP45 3800mAh 3-Cell/3S 11.1V 45C 90C 171A 342A 320 Rounded
TP-3800-4SP45 3800mAh 4-Cell/4S 14.8V 45C 90C 171A 342A 416 Rounded
TP-3800-5SP45 3800mAh 5-Cell/5S 18.5V 45C 90C 171A 342A 514 Rounded
TP-3800-6SP45 3800mAh 6-Cell/6S 22.2V 45C 90C 171A 342A 620 Rounded
TP-3800-7SP45 3800mAh 7-Cell/7S 25.9V 45C 90C 171A 342A 717 Rounded
TP-3800-8SP45 3800mAh 8-Cell/8S 29.6V 45C 90C 171A 342A 815 Rounded
TP-3800-9SP45 3800mAh 9-Cell/9S 33.3V 45C 90C 171A 342A 913 Rounded
TP-3800-10SP45 3800mAh 10-Cell/10S 37.0V 45C 90C 171A 342A 1011 Rounded
Item / Part # Capacity / Cell Count / Voltage Max. Cont. Discharge Max. Burst Discharge Max. Cont. Current Max. Burst Current Weight (grams) Case Type
TP-2700-2SSR 2700mAh 2-Cell/2S 7.4V 25C 50C 68A 135A 174 Rounded
TP3300-2SSR 3300mAh 2-Cell/2S 7.4V 25C 50C 83A 165A 178 Rounded
TP4300-2SSR 4300mAh 2-Cell/2S 7.4V 25C 50C 108A 215A 228 Rounded
TP5400-2SSR 5400mAh 2-Cell/2S 7.4V 25C 50C 135A 270A 284 Standard
TP3200-2SPR 3200mAh 2-Cell/2S 7.4V 40C 80C 128A 256A 212 Rounded
TP4200-2SPR 3200mAh 2-Cell/2S 7.4V 40C 80C 128A 256A 212 Rounded
TP5000-2SPR 5000mAh 2-Cell/2S 7.4V 40C 80C 200A 400A 304 Standard

You can browse through our huge selection of Thunder Power RC lipo batteries on our site. We pride ourselves on carrying every battery that Thunder Power RC manufactures, so if you see one that we’ve missed, feel free to contact us.

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Distance Measurements With RC Aerial Photography – A Tutorial

You can use any model aircraft equipped with a camera to measure distances on the ground. This is great for hobbyists interested in making their own maps, or if you’re just curious what the distance between two far apart objects is. With a little trigonometry (a gasp is heard throughout the room), all you need is to measure one angle and one distance. I’ll walk you through the math, it’s not actually that hard, and the end result is more than worth it.

What You Need

To do this project, you’re going to need a few materials:

  • An RC helicopter, or RC airplane with 3 channel control or better – You’re going to need a stable platform to take pictures from. Helicopters are useful because you can hover in one position, but airplanes are cheaper. You might already have an airplane or helicopter around, but if you don’t, the Multiplex Easystar works well for this project. Note that to make a remote shutter function, more than 3 channels are needed.
  • A lightweight camera, with remote shutter operation – You need to be able to remotely trigger the camera. This can be done a number of ways, but the simplest and most economical is to attach a servo to the top of your camera with rubber bands. Make it so that when you throw a spare channel switch on your transmitter, the servo arm will move and press down the shutter switch. As with any mod, feel free to create your own solution.
  • A large protractor
  • Some string and a weight – Clay works well as a weight, I’ll explain why you need it shortly.
  • A drinking straw – You’re going to need this to build a sight for the protractor.
  • Measuring Tape – You need to know the altitude of your aircraft, and to do this, you need to measure it’s distance from you. Landmarks with a known distance can also be used – consult any street map with a scale for these.
  • A notebook / paper / pencil
  • A friend to help – You can’t fly your aircraft and make measurements at the same time. Take a friend along to help you, and ask them to record the measurements.

The Math Involved

Now we come to the hard part – a little bit of math. You don’t really need to understand all these derivations, feel free to simply use the formula that I’ll give you. The problem is this: given an aerial picture, how can we figure out the scale?

Here's what the situation looks likeWe need the altitude of the airplane to figure out the image scale. This can’t be done directly, so we measure the angle (a), the distance (d), and use them to compute the height (h). This is a right triangle, and there are some handy trig functions that apply. In this case, we use the tangent function, which gives the ratio of the opposite and adjacent sides.  This is expressed as follows:

By taking the tangent of the angle a, and multiplying by the distance (d), we get the height (h). Here’s the formula that you would use:

So how do you get the angle? It’s simple: take the protractor and tape a piece of drinking straw to the flat bottom. Then attach a piece of sting to the bottom center of the protractor, so that it dangles straight down the 90 degree mark. Use the ball of clay to make a weight at the bottom of the string. Now, when you tilt the  protractor, the string will measure the angle. Be careful though: the angle with respect to the ground is not what’s read directly off the protractor scale. Reading the difference between the indicated angle and 90 degrees will give you the angle you need.

So why do we care about the altitude? Well, it turns out that the ratio of the altitude and the focal length of the camera is the image scale! You can find out the focal length of your camera by reading it’s manual. This is usually expressed in millimetres, so convert it to whatever  unit you have used to measured the distance, and thus the altitude in. Let’s put that all in a convenient formula:

And that’s the only formula you need. Just measure the distance, and the angle, know the focal length, and you’re done.

How to Do the Measurements

All that math was fun, but how do you actually measure distances using this method? I’ll illustrate with an example:

Suppose that you’ve just gone out to a field, and want to measure the distance between a tree and a building. The first step is to find a landmark you can fly over with a known distance. Using a measuring tape or map, you find that a nearby hill is 50 feet from where you’re standing. With a friend ready to measure and write down the angle, you launch your airplane and fly over the nearby hill, taking several pictures. Your friend sights the model aircraft through the protractor – straw device built earlier, and finds the angle to be 75 degrees.

Using a calculator, you find the altitude to be:

After landing, you download the pictures and print them full size, with no scaling. Your camera’s user manual reports that the focal length is 152 mm (millimeters). Converting this to feet is easy, just type it in Google or multiply by the number of feet per millimetre. 152 mm is 0.48 feet, so you plug that into the formula we derived earlier and obtain the following:

This means that distance measured on the picture is 0.000257 times as big as the real distance. You’re almost done: using a ruler, you measure the distance between the tree and building on the image to be 1 inch. Converting this to feet (because we want the distance between the building and tree in feet), gives a distance of 0.0833 feet. Now, multiplying this by 1 divided by the picture scale gives a final answer of 324 feet.

And that’s it – you’ve just measured the distance between two objects using nothing more than a RC aircraft, camera, and a little trigonometry. Just keep in mind that you have to know the distance between the airplane and you accurately for this to work – always take pictures right on top of the marker with a known distance.

© Draganfly Innovations Inc.
Phone: 1-800-979-9794 / 306-955-9907
Email: info@rctoys.com
Web: www.rctoys.com
RSS: www.rctoys.com/pr/feed

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Micro RC Helicopter / Picoo Z Hacks, Mods, and DIY Tricks

Mini RC helicopters are great fun, and a number of creative people on the web have found ways to improve, hack, or otherwise modify them. Here’s a list of some of the best mods we could find, credit for the ideas goes to their respective creators.

  1. Click To EnlargeBuild An Awesome Airframe – Several users of rcgroups.com have reported that replacing a micro heli’s styrofoam airframe with cable ties works wonders for flight performance. I think the key’s in the reduced weight, letting the RC helicopter fly faster and higher. Some might prefer the original fuselages looks, others may like this minimal appearence. Make the new airframe using plastic cable ties available almost everywhere, and thick CA glue. Remove the old styrofoam fuselage with a sharp hobby knife, being careful not to damage the internal components, and then build up a new airframe with the cable ties. Here’s a picture showing one such airframe, click the image for a larger version.
  2. Print a Landing Pad – This isn’t really a micro RC helicopter mod, but printing off this RC helicopter landing pad gives you a landing practice area. Landing RC on a small target can be challenging, so this makes for a great RC helicopter game.
  3. Click For a Larger ImageColor Your RC Helicopter With Spray Paint – In most cases, micro RC helicopters are made of foam with a base color of white. You can use foam safe spray paint to give your RC helicopter a unique look. You can also use clear plastic to add a canopy.
  4. Click For A Larger ImageBuild Your Own Fuselage – Most people have a few foam dinner plates laying around, which provide the perfect material for building micro RC helicopter fuselages. Remove the original fuselage with a sharp hobby knife, and build up a new one using material from the foam plates and a foam safe CA glue. This has been done many times, with some remarkable results. Here’s one of the coolest. You can find inspiration by looking at the many mod threads on rcgroups.com and similar sites.

We hope you enjoy doing these mods. Have fun with your mini and micro RC Helicopters!

You can pick up parts and helicopters for these projects on our website.

© Draganfly Innovations Inc.
Phone: 1-800-979-9794 / 306-955-9907
Email: info@rctoys.com
Web: www.rctoys.com
RSS: www.rctoys.com/pr/feed

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