Mount Action Camera to RC Car for Epic Shots

Mounting an action camera to an RC car unlocks dynamic, high-speed footage that captures thrilling angles impossible with handheld recording. Whether you’re chasing cinematic POV shots or documenting backyard races, a secure camera mount transforms your remote-controlled vehicle into a mini film rig, delivering smooth, immersive video with every turn and jump.

Key Takeaways

• Choose a secure mount: Ensure it fits your camera and car model to prevent drops.
• Position for dynamic angles: Mount on the front or top for immersive, action-packed footage.
• Use vibration dampeners: Reduce shaky video with rubber pads or anti-vibration mounts.
• Check camera stability: Test the setup before recording to avoid loose or wobbly shots.
• Optimize camera settings: Set high frame rates and wide-angle mode for smoother, cinematic results.
• Protect your gear: Use a protective case or cage to shield the camera from crashes.

Mount Action Camera to RC Car for Epic Shots

Imagine this: you’re racing your RC car down a dusty trail, weaving through trees, jumping over rocks, and speeding across open fields. The wind rushes past, the tires kick up dirt, and the engine hums with power. Now, imagine capturing every thrilling second of that ride—not from the sidelines, but from the driver’s seat. That’s exactly what happens when you mount an action camera to an RC car. It’s like giving your tiny vehicle its own cinematic crew, and the results? Absolutely epic.

I remember the first time I tried it. I had a mid-range RC buggy and a GoPro Hero 9 sitting on my workbench. I’d seen viral videos of RC cars flying through obstacle courses with smooth, cinematic footage, and I was determined to make my own. At first, I just duct-taped the camera to the roof—bad idea. The footage was shaky, the angle was off, and half the time, the camera flew off mid-jump. But after a few tries, some research, and a few broken mounts (and one very sad-looking GoPro), I got it right. Now, I can’t imagine running my RC car without a camera. It’s not just about recording—it’s about reliving the adventure, sharing the fun, and even improving your driving skills by reviewing your runs.

Whether you’re a hobbyist, a content creator, or just someone who loves cool tech, mounting an action camera to your RC car opens up a whole new world of possibilities. From high-speed chases through backyard trails to slow-motion drifts on pavement, the footage you can capture is nothing short of spectacular. In this guide, I’ll walk you through everything you need to know—from choosing the right camera and mount, to setting up your shot, avoiding common mistakes, and even editing your clips for maximum impact. So grab your RC car, charge your camera, and let’s get rolling.

Why Mount an Action Camera to Your RC Car?

At first glance, slapping a camera on a toy car might seem like overkill. But once you see the results, you’ll wonder why you didn’t do it sooner. The truth is, mounting an action camera to an RC car transforms your entire experience—from a simple remote-controlled hobby into a full-blown adventure filmmaking session. It’s not just about recording; it’s about perspective, creativity, and pure fun.

The Thrill of First-Person View (FPV)

One of the biggest reasons people love mounting cameras to RC cars is the immersive first-person view (FPV) it provides. Instead of watching your car from a distance, you’re suddenly in the driver’s seat. You see the world from ground level—the way the tires grip the dirt, how the suspension compresses over bumps, and the blur of grass whipping past at 30 mph. It’s like being shrunk down and dropped into a miniature world where you’re the hero of the story.

This FPV experience is especially thrilling when you’re navigating tight trails or performing stunts. I once filmed a slow-motion clip of my RC car drifting around a corner on a gravel path. Watching it back, I could see every pebble flying, every tire slip, and the way the chassis leaned into the turn. It felt like a scene from a Hollywood car chase—except it was my backyard.

Perfect for Content Creation

If you’re into YouTube, TikTok, or Instagram, RC car footage is pure gold. Short, high-energy clips of jumps, drifts, and obstacle courses perform incredibly well on social media. The combination of speed, sound, and dynamic angles makes for highly shareable content. I’ve seen creators with just a few hundred followers go viral overnight with a 15-second clip of their RC car launching off a ramp and landing in a pond.

Even if you’re not aiming for fame, the footage is great for personal archives. I’ve compiled my best clips into a yearly “RC highlight reel” that my friends and family love watching. It’s a fun way to document your progress, showcase your custom builds, and relive your favorite moments.

Improve Your Driving Skills

Here’s a benefit you might not expect: mounting a camera can actually help you become a better RC driver. By reviewing your footage, you can analyze your lines, braking points, and cornering technique. Did you take that turn too wide? Could you have carried more speed through the chicane? Watching yourself from the car’s perspective gives you insights you’d never get from standing on the sidelines.

I used to struggle with consistency on tight courses. After mounting a camera, I noticed I was overcorrecting on left turns. Once I adjusted my steering input, my lap times dropped by nearly a second. It’s like having a personal coach in the cockpit.

Safe and Affordable Filmmaking

Compared to drones or professional camera rigs, RC cars are a budget-friendly way to experiment with dynamic cinematography. You don’t need a $2,000 drone or a gimbal stabilizer—just a $200 action camera and a $50 mount. Plus, since RC cars are small and lightweight, they’re less likely to cause damage if something goes wrong. I’ve crashed my car into trees, rocks, and even a mailbox (sorry, neighbor), and the camera usually survives with just a scratch.

It’s also a safe way to practice filming techniques. Want to try a tracking shot? Mount the camera sideways and follow your car with a second RC vehicle. Curious about slow motion? Set your camera to 120fps and watch the action unfold in glorious detail. The possibilities are endless, and the learning curve is gentle.

Choosing the Right Action Camera

Not all action cameras are created equal—especially when it comes to mounting on an RC car. You need something durable, lightweight, and capable of capturing high-quality video in fast-moving, unpredictable environments. Let’s break down what to look for and which models work best.

Key Features to Look For

When selecting an action camera for your RC car, focus on these essential features:

• Video Resolution: At minimum, go for 1080p at 60fps. But if you want smooth slow motion or sharper detail, 4K at 30fps or 1080p at 120fps is ideal.
• Stabilization: Built-in electronic image stabilization (EIS) is a game-changer. It reduces shake and jitter, especially on bumpy terrain. Look for cameras with HyperSmooth, RockSteady, or similar tech.
• Durability: Your camera will take hits. Choose a model that’s waterproof, shockproof, and dustproof. Most action cameras are, but it’s worth double-checking.
• Weight and Size: A lighter camera puts less strain on your RC car’s suspension and reduces the chance of it flying off. Aim for something under 150 grams.
• Mount Compatibility: Make sure the camera uses standard mounting systems (like GoPro-style mounts) so you can easily attach it to your car.
• Battery Life: RC sessions can last 20–30 minutes. Look for a camera that can record at least 60–90 minutes on a single charge, or plan to swap batteries.

Top Action Cameras for RC Cars

Here are a few models I’ve tested and recommend:

• GoPro Hero 12 Black: The gold standard. Excellent 5.3K video, HyperSmooth 6.0 stabilization, and rugged build. A bit pricey, but worth it for serious creators.
• DJI Osmo Action 4: Great low-light performance, RockSteady 3.0 stabilization, and a front color screen—perfect for framing shots. Slightly heavier than GoPro, but very reliable.
• Insta360 GO 3: Tiny, lightweight, and packed with features. The magnetic mount system is genius for quick swaps. Ideal if you want minimal impact on your car’s performance.
• AKASO V50X: Budget-friendly option with 4K video and decent stabilization. Not as polished as GoPro or DJI, but great for beginners.

I personally use the GoPro Hero 11 for most of my RC filming. The stabilization is incredible, and the 10-bit color gives me more flexibility in editing. But if I’m doing a quick test run or don’t want to risk my main camera, I’ll use the Insta360 GO 3—it’s so small, I barely notice it’s there.

What to Avoid

Steer clear of cameras that are too heavy, lack stabilization, or have poor battery life. I once tried using an old smartphone with a mount—big mistake. It was too heavy, overheated after 10 minutes, and the footage was full of shake. Stick with purpose-built action cameras for the best results.

Also, avoid cameras that don’t support external microphones unless you’re okay with silent footage. While the engine sound is cool, adding a voiceover or ambient music later is much easier if you have clean audio to work with.

Best Mounting Options and Techniques

Now that you’ve got your camera, it’s time to attach it to your RC car. This is where things can get tricky—mount it wrong, and you’ll end up with shaky footage, lost cameras, or damaged gear. But with the right approach, you can get rock-solid, cinematic shots every time.

Types of Mounts

There are several mounting options, each with its own pros and cons:

• Roof Mount: Attaches to the top of the car. Great for wide-angle views and stability. Use a low-profile mount to avoid catching wind.
• Front Bumper Mount: Gives a dramatic forward-facing shot. Ideal for speed runs and obstacle courses. Be careful—this is the first point of impact in a crash.
• Side Mount: Captures lateral movement and tire action. Perfect for drifting and cornering shots. Use a flexible arm to reduce vibration.
• Chin Mount: Attaches under the front of the car. Offers a low, aggressive angle. Great for ground-level perspectives but prone to dirt and debris.
• Roll Cage Mount: If your RC car has a roll cage, this is a sturdy option. Distributes weight and protects the camera in flips.

DIY vs. Commercial Mounts

You can buy pre-made mounts online—brands like PGYTECH, RC Hero, and Fat Shark make high-quality options designed specifically for RC cars. These are reliable and easy to install, but they can be pricey ($30–$60).

Alternatively, you can build your own. I’ve used 3D-printed mounts, zip ties, and even LEGO pieces (yes, really). A simple roof mount can be made from a small piece of plastic, some screws, and a GoPro adapter. Just make sure it’s secure and doesn’t interfere with the car’s movement.

One of my favorite DIY hacks? Using a suction cup mount from a car phone holder. I attach it to the roof of my RC car with strong double-sided tape. It’s not as sturdy as a screw-on mount, but it’s quick, removable, and works surprisingly well on smooth surfaces.

Securing the Camera Properly

No matter which mount you use, security is key. Here are some tips:

• Use a safety tether—a thin string or wire that connects the camera to the car. If the mount fails, the camera won’t fly off.
• Check all screws and clamps before each run. Vibration can loosen them over time.
• Avoid over-tightening, which can crack plastic parts.
• Test the mount at low speed first. Watch for wobbling or shifting.

I learned the hard way when my camera launched into a bush during a jump. Now, I always do a “tug test”—if I can pull the camera off with gentle force, it’s not secure enough.

Angle and Positioning Tips

The angle of your camera makes a huge difference in the final shot. Here’s what I’ve found works best:

• Roof Mount: Tilt the camera slightly forward (about 10–15 degrees) to capture the road ahead without too much sky.
• Front Mount: Keep it level or slightly downward to avoid glare and show the terrain.
• Side Mount: Angle it toward the rear to capture the car’s motion and tire spray.

Experiment with different angles during test runs. Sometimes a slightly tilted shot adds drama, while other times a level horizon looks more professional.

Setting Up Your Shot: Tips for Cinematic Footage

Great footage isn’t just about the gear—it’s about how you use it. Even the best camera won’t save a poorly planned shot. Here’s how to set up your RC car camera for maximum impact.

Choose the Right Location

Your environment plays a huge role in the quality of your footage. Look for locations with:

• Varied terrain (hills, rocks, mud, pavement)
• Good lighting (early morning or late afternoon for soft, golden light)
• Minimal wind (to reduce camera shake)
• Safe, open space (to avoid obstacles and allow for speed)

I love filming in empty parking lots after hours. The smooth surface is perfect for speed runs, and the painted lines add visual interest. For more dynamic shots, I head to local trails or even my backyard if it’s big enough.

Use Multiple Angles

Don’t rely on just one camera. If possible, set up a second camera on a tripod or another RC car to capture different perspectives. A wide shot from the side can show the full trajectory of a jump, while the onboard camera gives the immersive FPV view.

I once filmed a race between two RC cars—one with a camera, one without. By switching between the onboard view and a stationary wide shot, I created a mini action sequence that looked way more exciting than either angle alone.

Plan Your Route

Before hitting record, map out your path. Know where you’ll accelerate, brake, turn, and jump. This helps you anticipate the best moments to capture and avoid wasted footage.

I use cones or small markers to outline courses. It keeps me focused and makes editing easier—I can quickly find the good takes.

Adjust Camera Settings

Don’t just leave your camera on auto. Manually adjust settings for the best results:

• Frame Rate: Use 60fps for smooth motion, 120fps for slow motion.
• Field of View (FOV): Wide for immersive shots, narrow for less distortion.
• Exposure: Avoid overexposed skies or underexposed shadows. Use ND filters if needed.
• Stabilization: Turn it on, but be aware it can crop the frame slightly.

I always film in 4K at 30fps with stabilization on, then slow down clips in post if I want slow motion. It gives me more flexibility.

Common Mistakes and How to Avoid Them

Even with the best gear and planning, things can go wrong. Here are the most common mistakes I’ve made—and how to avoid them.

Camera Falls Off

This is the #1 issue. Always use a safety tether and double-check your mount. If you’re using a DIY solution, test it thoroughly.

Blurry or Shaky Footage

Caused by poor stabilization, high vibration, or incorrect settings. Use a camera with good EIS, mount it securely, and avoid filming at very high speeds without stabilization.

Battery Dies Mid-Run

Always start with a full charge. Bring spare batteries or a portable charger if you’re filming for long sessions.

Poor Lighting

Filming in harsh midday sun creates blown-out highlights and deep shadows. Shoot during golden hour or use a lens hood to reduce glare.

Overediting

It’s tempting to add too many effects, but less is often more. Keep cuts clean, use subtle transitions, and let the action speak for itself.

Editing Your RC Car Footage

Great footage deserves great editing. Here’s how to polish your clips:

• Use software like DaVinci Resolve (free) or Adobe Premiere Pro.
• Stabilize shaky clips with built-in tools.
• Add slow motion to highlight key moments.
• Include music or sound effects (engine revs, tire screeches).
• Color grade for a cinematic look—boost contrast, adjust shadows.

I keep my edits under 60 seconds for social media. Quick cuts, dynamic angles, and upbeat music keep viewers engaged.

Conclusion

Mounting an action camera to your RC car isn’t just a cool trick—it’s a game-changer. It transforms your hobby into a creative adventure, giving you new perspectives, improving your skills, and producing footage that’s genuinely thrilling to watch. Whether you’re racing through the backyard or filming a cinematic obstacle course, the right setup can turn every run into a mini movie.

Start simple: pick a durable camera, choose a secure mount, and experiment with angles. Don’t be afraid to make mistakes—every crash and shaky clip is a learning opportunity. With practice, you’ll capture shots that look like they belong in a professional film.

So charge your batteries, tighten your mounts, and hit the throttle. The road is waiting—and now, you’ve got the perfect seat to record it all.

Frequently Asked Questions

How do I securely mount an action camera to an RC car?

Use a combination of adhesive mounts, clamps, or 3D-printed brackets designed for your RC car model to ensure a stable hold. For off-road RC cars, add rubberized padding or zip ties to minimize vibrations and prevent loosening during jumps or rough terrain.

What’s the best position to mount an action camera on an RC car?

The front bumper or roof offers dynamic POV shots, while side mounts capture sweeping terrain. For a driver’s perspective, position the camera near the cockpit—just ensure it doesn’t obstruct the car’s balance or radio signal.

Can I use a GoPro to mount an action camera to an RC car without damaging it?

Yes! Use third-party RC-specific mounts with quick-release latches or protective cages. Avoid drilling into your car; instead, opt for non-permanent options like heavy-duty suction cups or magnetic mounts for easy removal.

How do I reduce shaky footage when mounting an action camera to an RC car?

Pair your camera’s built-in stabilization with a shock-absorbing mount or gimbal. For extra smoothness, add foam padding between the camera and mount, especially for high-speed or off-road RC cars.

Are there universal mounts for attaching an action camera to any RC car?

Many brands offer adjustable clamp mounts or flexible arm mounts that fit most RC car bodies. Check weight limits and compatibility with your action camera model before buying, as larger cameras may require reinforced mounts.

How do I power my action camera when mounting it to an RC car for long sessions?

Use a high-capacity external battery pack mounted on the car, or wire the camera to the RC’s power system (if compatible). For hot-swappable options, carry spare camera batteries in a small onboard compartment.