DIY Action Camera Head Mount Guide for HandsFree Adventures

Transform your adventures with a DIY action camera head mount that’s affordable, customizable, and perfect for hands-free recording. Using simple materials like straps, mounts, and 3D-printed parts, you can build a secure, lightweight rig tailored to your camera and activity—whether it’s biking, hiking, or skiing. This guide walks you through easy steps to create a durable, professional-quality mount without breaking the bank.

Key Takeaways

• Choose durable materials: Use lightweight, sturdy straps for secure mounting.
• Prioritize comfort: Add padding to reduce pressure during long wear.
• Ensure adjustability: Design for a snug, customizable fit on any head size.
• Test stability: Check mount grip before high-motion activities.
• Use waterproof parts: Opt for rust-proof hardware in wet conditions.
• Balance weight: Position camera near center to avoid strain.

The Joy of Hands-Free Filming

Imagine hiking up a steep mountain trail, your heart pounding with excitement, and your hands gripping the trekking poles for stability. Suddenly, you want to capture this breathtaking moment, but you don’t want to stop, fumble with your camera, or risk losing your balance. That’s where a DIY action camera head mount comes in. It’s a simple, affordable way to keep your hands free while filming your adventures—whether you’re biking, skiing, or exploring a new trail. You’ll get smooth, immersive footage that feels like you’re reliving the action every time you watch it.

Creating your own head mount isn’t just about saving money. It’s also about personalization. Commercial mounts can be expensive, and they don’t always fit your unique needs. Maybe you want a mount that works with your favorite cap, or perhaps you need a lightweight solution for long hikes. A DIY approach lets you tailor your gear to your lifestyle. Plus, there’s a real satisfaction in building something that works perfectly for you. In this guide, I’ll walk you through everything you need to know about making your own action camera head mount—from choosing materials to testing your final product.

Why Choose a DIY Action Camera Head Mount?

Cost-Effective Solutions

Let’s be honest: action camera accessories can get pricey. A high-quality commercial head mount can cost anywhere from $20 to $60, and that’s just for one type of mount. If you’re on a tight budget, that’s a significant investment. A DIY head mount, on the other hand, can cost you as little as $5 to $15, depending on the materials you choose. You can often use items you already have at home—like old straps, foam padding, or even a spare baseball cap. This not only saves money but also reduces waste, making it a more sustainable choice.

For example, I once made a head mount using an old bike helmet and some leftover Velcro straps. The total cost? Less than $10. The helmet already had a snug fit, and the straps held my action camera securely. I didn’t need to buy anything new, and I got a mount that worked just as well as a commercial one. That’s the beauty of DIY: you can repurpose what you have and create something functional without breaking the bank.

Customization for Your Needs

Commercial head mounts come in standard sizes and designs, but they don’t always suit everyone’s needs. Maybe you have a larger head, or perhaps you want a mount that works with your favorite hat. With a DIY approach, you can customize every aspect of your head mount—from the fit to the angle of the camera. You can adjust the padding for extra comfort, choose a material that matches your style, or even design a mount that’s compatible with multiple camera models.

Here’s a tip: if you’re planning to use your head mount for high-impact activities like mountain biking or rock climbing, consider adding extra padding or using a more durable material. I once used a soft foam pad on a head mount for a hiking trip, and it was comfortable but didn’t provide enough support during a sudden fall. Switching to a stiffer foam made a big difference in both comfort and safety. Customization lets you adapt your gear to your specific activities and preferences.

Creative Freedom and Learning

Building your own head mount is more than just a practical solution—it’s a creative project. You get to experiment with different materials, try out new techniques, and learn something along the way. Maybe you’ll discover a new way to attach your camera, or you’ll find that a certain type of strap works better than others. This hands-on experience can be incredibly rewarding, especially if you enjoy tinkering and problem-solving.

I remember the first time I tried to make a head mount. I used a combination of zip ties and duct tape, and it looked a bit rough, but it worked! Over time, I refined my design, adding better padding and a more secure attachment method. Each iteration taught me something new about balance, weight distribution, and camera angles. That’s the magic of DIY: you’re not just making a tool—you’re learning how it works and how to improve it.

Materials and Tools You’ll Need

Essential Components

Before you start building your DIY head mount, you’ll need to gather a few key materials. Here’s a list of the essentials:

• Headband or Strap: This will form the base of your mount. You can use an elastic headband, a bike helmet, a baseball cap, or even a custom-made strap. The goal is to have something that fits snugly and doesn’t slip during movement.
• Camera Mounting Plate: Most action cameras come with a standard mounting plate, but you can also buy universal ones online. This is what connects your camera to the head mount.
• Fastening Materials: Velcro strips, zip ties, or strong adhesive (like epoxy or super glue) will help secure the mounting plate to your headband or strap. Velcro is great for easy adjustments, while zip ties offer a more permanent hold.
• Padding: Foam, felt, or even an old sock can be used to add comfort and prevent chafing. This is especially important if you’ll be wearing the mount for extended periods.
• Adjustable Elements: If you want to change the camera angle, consider adding a small hinge or pivot joint. This lets you tilt the camera up or down without removing the mount.

For example, I once used an old ski helmet as the base for a head mount. The helmet already had built-in padding, and I attached the camera plate with heavy-duty Velcro. The whole setup was lightweight, secure, and didn’t require any special tools. The key is to choose materials that are strong enough to hold your camera but light enough to wear comfortably.

Tools for Assembly

You don’t need a full workshop to build a DIY head mount, but having a few basic tools can make the process easier. Here’s what I recommend:

• Scissors or a Utility Knife: For cutting straps, foam, or adjusting materials.
• Measuring Tape or Ruler: To ensure your headband or strap fits properly and the camera is positioned correctly.
• Drill (Optional): If you’re using a hard base like a helmet, a small drill can help you create holes for zip ties or screws.
• Hot Glue Gun (Optional): Useful for attaching small parts or adding extra reinforcement.
• Sandpaper: To smooth rough edges or adjust the fit of your mount.

Here’s a quick tip: if you’re working with a rigid material like a helmet, test the fit on your head before making any permanent modifications. This way, you can adjust the padding or strap length as needed. I once drilled holes in a helmet only to realize it was too tight—sanding down the inner edges solved the problem, but it would have been easier to test first!

Step-by-Step DIY Head Mount Designs

Design 1: The Elastic Headband Mount

This is one of the simplest and most versatile DIY head mounts. It works well for low-impact activities like hiking, running, or walking. Here’s how to make it:

• Step 1: Choose a wide, stretchy headband (like a sweatband or yoga headband). The wider the band, the more stable it will be.
• Step 2: Cut a small slit in the front of the headband, just wide enough to fit your camera mounting plate.
• Step 3: Slide the mounting plate into the slit and secure it with Velcro or zip ties. Make sure it’s tight enough to hold the camera but loose enough to adjust the angle.
• Step 4: Add foam padding on the inside of the headband to prevent discomfort. You can use double-sided tape to keep the padding in place.
• Step 5: Test the fit on your head. Adjust the strap length or padding as needed.

I used this design for a 10-mile hike, and it worked perfectly. The headband stayed in place, and the camera captured smooth, stable footage. The only downside? It’s not ideal for high-impact activities like mountain biking, where more secure fastening is needed.

Design 2: The Baseball Cap Mount

If you prefer wearing a cap, this design is a great option. It’s lightweight, comfortable, and easy to make. Here’s how:

• Step 1: Choose a sturdy baseball cap with a firm front brim. The brim will act as the base for your camera mount.
• Step 2: Attach the camera mounting plate to the front of the brim using strong adhesive or zip ties. Make sure it’s centered and secure.
• Step 3: Add a small piece of foam or felt between the plate and the brim to prevent scratching and improve stability.
• Step 4: Adjust the cap’s fit to ensure it’s snug but comfortable. You can add extra padding inside if needed.
• Step 5: Test the camera angle. You may need to tilt the plate slightly to get the right field of view.

I made this mount for a kayaking trip, and it was perfect. The cap stayed dry, and the camera captured clear footage of the rapids. The only issue was that the brim sometimes cast a shadow in low light, but adjusting the angle solved that.

Design 3: The Helmet Mount

This design is ideal for high-impact sports like biking, skiing, or climbing. It provides the most stability and safety. Here’s how to do it:

• Step 1: Choose a helmet with a smooth, flat surface on the front. Bike, ski, or climbing helmets work well.
• Step 2: Use a drill to create two small holes in the helmet, just large enough for zip ties or screws. Be careful not to crack the shell.
• Step 3: Attach the camera mounting plate to the helmet using zip ties or screws. Make sure it’s tight and secure.
• Step 4: Add extra padding inside the helmet for comfort. You can use foam or an old sock filled with soft material.
• Step 5: Test the fit and camera angle. Adjust as needed.

I used this design for a mountain biking trip, and it was rock-solid. The helmet stayed in place even during rough terrain, and the camera captured every bump and turn. The only downside? It’s heavier than other designs, but the added security is worth it.

Tips for Comfort, Stability, and Safety

Balancing Weight and Comfort

One of the biggest challenges with a DIY head mount is finding the right balance between weight and comfort. If your mount is too heavy, it can cause neck strain or discomfort during long activities. If it’s too light, it might not hold the camera securely. Here are a few tips to get it right:

• Distribute the Weight: Position the camera so it’s centered on your head. This helps balance the weight and prevents the mount from tilting forward or backward.
• Use Lightweight Materials: Choose materials that are strong but not heavy. For example, a plastic mounting plate is lighter than a metal one.
• Add Padding: Foam, felt, or even an old sock can add comfort without adding much weight. Make sure the padding is evenly distributed.
• Test the Fit: Wear your mount for at least 30 minutes before your activity. This helps you identify any pressure points or discomfort.

I once made a head mount using a heavy metal plate, and after just 20 minutes of hiking, my neck started to ache. Switching to a plastic plate solved the problem, and the mount felt much more comfortable.

Ensuring Stability and Security

Nothing is more frustrating than losing your camera because the mount wasn’t secure. Here’s how to make sure your DIY head mount stays put:

• Double-Check Fastenings: Whether you’re using Velcro, zip ties, or adhesive, make sure everything is tight and secure. Test it by shaking your head gently—if the camera moves, it needs more support.
• Use Multiple Fastening Points: If you’re using a strap, attach the camera plate at two points instead of one. This reduces wobbling and improves stability.
• Reinforce Weak Areas: If you’re using a material that might stretch or tear (like elastic), add extra layers or stitching to reinforce it.
• Test in Real Conditions: Try your mount during a short activity that mimics your intended use. This helps you spot any issues before you’re out on a full adventure.

I learned this the hard way when my camera fell off during a trail run. The Velcro had worn out, and the mount wasn’t secure. Now, I always double-check my fastenings and replace them regularly.

Safety Considerations

Safety should always be your top priority. Here are a few things to keep in mind:

• Protect Your Camera: Make sure the camera is securely attached and won’t fall off during impact. Consider using a safety leash as an extra precaution.
• Protect Yourself: If you’re using a helmet mount, ensure it doesn’t compromise the helmet’s safety features. Avoid drilling into critical areas or adding heavy materials.
• Check for Sharp Edges: Sand down any rough or sharp edges that could cause injury or discomfort.
• Follow Activity Guidelines: Some sports have specific safety rules for camera mounts. Make sure your DIY design complies with these.

I once saw a friend’s camera fly off during a bike race because the mount wasn’t secure. It could have caused a serious accident. Now, I always test my mounts thoroughly and use safety leashes whenever possible.

Testing Your DIY Head Mount

Pre-Use Testing

Before you head out on your adventure, it’s essential to test your DIY head mount thoroughly. Here’s what to check:

• Fit and Comfort: Wear the mount for at least 30 minutes to ensure it’s comfortable and doesn’t cause pressure points.
• Stability: Shake your head gently and check if the camera wobbles or moves. Adjust the fastenings if needed.
• Camera Angle: Make sure the camera is positioned correctly and captures the field of view you want.
• Weight Distribution: Check if the mount feels balanced on your head. Adjust the padding or position if necessary.

I once skipped this step and ended up with a mount that tilted forward during a hike. The camera kept pointing at the ground, and I missed all the best shots. Now, I always test my mounts before leaving home.

Field Testing

Once you’ve done the pre-use tests, it’s time to try your mount in real conditions. Here’s what to look for:

• Performance During Activity: Does the mount stay in place during movement? Does the camera capture smooth footage?
• Durability: Check for any signs of wear or damage after use. Look for frayed straps, loose fastenings, or cracked materials.
• Comfort Over Time: Does the mount become uncomfortable after extended wear? Adjust the padding or fit if needed.
• Weather Resistance: If you’re using the mount in rain or snow, make sure it holds up. Consider adding a waterproof cover if necessary.

I once used a DIY mount during a rainy kayaking trip, and the Velcro lost its grip after an hour. Switching to zip ties fixed the problem, but it was a lesson in the importance of weather-resistant materials.

Common Mistakes and How to Avoid Them

Overlooking Fit and Comfort

One of the most common mistakes is focusing too much on the camera and not enough on the fit. A poorly fitting mount can cause discomfort, headaches, or even safety issues. Here’s how to avoid it:

• Measure Your Head: Use a measuring tape to determine the right size for your headband or strap.
• Test the Fit: Wear the mount for at least 30 minutes before your activity. Adjust as needed.
• Add Extra Padding: Use foam, felt, or soft fabric to prevent chafing or pressure points.

I once made a mount that was too tight, and after 15 minutes of hiking, I had a headache. Adding extra padding and adjusting the strap length solved the problem.

Using Weak or Inappropriate Materials

Not all materials are created equal. Using weak or inappropriate materials can lead to a mount that fails during use. Here’s what to avoid:

• Avoid Flimsy Straps: Choose straps that are strong and durable. Elastic bands can stretch over time, so reinforce them if needed.
• Don’t Skimp on Fastenings: Use strong Velcro, zip ties, or adhesive. Avoid weak glues or flimsy fasteners.
• Consider the Activity: Choose materials that match your activity. For example, use waterproof materials for water sports.

I once used a thin rubber band to secure my camera, and it snapped during a trail run. Now, I always use stronger materials and test them thoroughly.

Ignoring Safety Precautions

Safety should always be a priority. Here’s what to keep in mind:

• Protect Your Camera: Use a safety leash or extra fastenings to prevent loss.
• Protect Yourself: Make sure the mount doesn’t interfere with your helmet’s safety features.
• Check for Hazards: Avoid materials that could cause injury, like sharp edges or loose parts.

I once saw a friend’s mount fail during a bike race, and the camera flew off at high speed. It could have hit another rider. Now, I always use safety leashes and double-check my fastenings.

Final Thoughts on DIY Action Camera Head Mounts

Creating your own DIY action camera head mount is a rewarding and practical way to capture your adventures. It gives you the freedom to customize your gear, save money, and learn something new along the way. Whether you’re hiking, biking, or exploring a new trail, a well-designed head mount can help you get the perfect shot—hands-free and hassle-free.

The key is to focus on fit, comfort, and safety. Test your mount thoroughly, use durable materials, and don’t be afraid to make adjustments. Every DIY project comes with its own challenges, but that’s part of the fun. Each mistake teaches you something new, and each success makes you more confident in your skills.

So grab your tools, gather your materials, and start building. Your next adventure is waiting—and now, you’ll be ready to capture every moment in stunning detail. Happy filming!

DIY Head Mount Design	Best For	Materials Needed	Estimated Cost
Elastic Headband Mount	Hiking, Running	Elastic headband, mounting plate, Velcro, foam padding	$5 – $10
Baseball Cap Mount	Kayaking, Walking	Baseball cap, mounting plate, adhesive, foam	$5 – $15
Helmet Mount	Biking, Skiing	Helmet, mounting plate, zip ties, padding	$10 – $20

Frequently Asked Questions

What is a DIY action camera head mount?

A DIY action camera head mount is a homemade setup that securely holds your action camera to your head, allowing for hands-free recording during activities like biking, hiking, or skiing. It’s a cost-effective alternative to commercial mounts, often made from materials like straps, 3D-printed parts, or repurposed gear.

Can I make a DIY action camera head mount without special tools?

Yes, many DIY action camera head mounts can be built using basic household items like elastic straps, zip ties, or foam padding. With a little creativity, you can create a functional mount without needing advanced tools or technical skills.

What materials work best for a DIY head mount?

Durable, lightweight materials like adjustable nylon straps, neoprene padding, and 3D-printed camera brackets are ideal for a DIY action camera head mount. These materials ensure comfort, stability, and secure camera attachment during high-motion activities.

Is a DIY head mount as stable as a commercial one?

While a well-built DIY action camera head mount can be very stable, it may not match the precision engineering of commercial models. Proper tension, padding, and secure fastening are key to minimizing shake and ensuring smooth footage.

How do I attach my camera securely to a DIY head mount?

Use a compatible camera mount adapter or a small screw base to attach your action camera firmly to the DIY setup. Reinforce the connection with zip ties or Velcro straps to prevent accidental detachment during movement.

Are DIY head mounts safe for extreme sports?

A DIY action camera head mount can be safe for extreme sports if constructed with strong, reliable materials and thoroughly tested beforehand. Always double-check all fastenings and consider adding a secondary safety leash for added security.