Full Face vs Open Face Helmet: Which to Choose for Skydiving

You've got your license, a handful of jumps under your belt, and you're browsing a specialist retailer's catalog with that familiar mix of excitement and complete bewilderment. Among all the questions swirling around in the head of someone at 50–100 jumps, helmet choice is one that keeps coming up — and one that gets systematically brushed off. 'Just get whatever you like.' No. Get what actually makes sense for where you are in your progression, for the discipline you want to pursue, and for how your brain processes information in freefall. This article is an unfiltered technical comparison between full face and open face helmets, written for someone who has enough jumps to appreciate the nuances but not so many that they've already made two bad purchases.

Anatomy of the Problem: What You're Really Choosing

Before getting into the details, it's worth clarifying what these two terms actually mean in the specific context of skydiving — because the motorcycle market has given everyone a notion of 'full face' that doesn't necessarily translate to skydiving. A full face skydiving helmet covers the forehead, temples, cheeks, and chin with a continuous rigid structure, and features a transparent (or tinted) visor that shields the eyes and face from the wind. An open face — also called a 'half helmet' or 'cookie style' in international skydiving slang — covers the skull, temples, and often the lateral cheeks, but leaves the face exposed. Eye protection comes from separate goggles, typically wrap-around.

This structural distinction carries a cascade of practical consequences that we'll work through one by one: physical protection, sensory perception, communication, accessory compatibility, and adaptability across disciplines. There is no universally correct answer, but there are more or less correct answers for your specific level and context.

Physical Protection: The Numbers Nobody Tells You

On paper, the full face wins in terms of surface coverage. In the event of an impact — during the exit, a formation collision, or a rough landing — chin and face protection is an objective advantage. Skydiving accident statistics show that the most serious head injuries almost always occur during the landing phase, not in freefall, and that the frontal and temporal areas are most frequently involved. On this front, a good full face with a fiberglass or carbon shell offers superior protection compared to an open face of equivalent quality.

That said, protection isn't just a function of geometric coverage — it depends heavily on build quality, the thickness and type of internal foam, shell rigidity, and certification. In Italy, the relevant standard for sports helmets is the ENAC regulation applicable to skydiving activity — always check the current version directly on the ENAC website, as requirements can be updated. A high-end open face built from prepreg carbon with an optimized EPS liner can protect better than a budget full face in ABS with insufficient foam density. Material matters as much as geometry — often more.

Sensory Perception: The Factor That Changes Everything at 200 km/h

This is where the full face consistently loses ground, especially for newer jumpers. In freefall, auditory perception and spatial awareness are active safety tools. Can you hear your audible altimeter through the helmet? How clearly? Can you feel the air pressure changes that signal a shift in body position? Can you hear verbal cues from your instructor during a late AFF or an in-air assessment?

By its very nature, a full face creates an acoustic chamber around your head that dampens external sounds and amplifies internal ones — wind entering around the visor, your own breathing, structural noise. Many newer jumpers report having difficulty hearing their audible altimeter clearly in a full face during their first few dozen jumps. An open face, with eyes covered by goggles but ears free or only lightly covered, offers a much richer sensory window. For anyone still in the process of building situational awareness — and at 50–200 jumps you still are, no exceptions — this has a real impact on safety.

Then there's the visor issue. A fogged or scratched visor in freefall is a serious problem. Mid-range full face helmets often feature standard polycarbonate visors that scratch easily and tend to fog with temperature changes. High-end models (think brands like Cookie, Tonfly, or Parasport) come with anti-fog and anti-scratch treated visors, but the price rises accordingly. With an open face and dedicated goggles, you can replace the lenses separately at a much lower cost.

Communication and Drop Zone Socializing: Not a Minor Detail

Anyone who's spent time at a dropzone knows that face-to-face communication is an integral part of the culture. Pre-jump briefings, post-jump debriefs, quick instructions on the plane. With a full face on, flipping the visor up is one extra step — small but constant. With an open face, your face is free and communication is immediate. It sounds like a minor thing, but when you're still absorbing every available piece of information from instructors and coaches, it isn't. The ease of communication matters.

I'll add something that rarely gets mentioned: the readability of facial expressions in the air. In relative work or during coached freefall, your instructor reads your expression to gauge your mental state. Are you focused, panicking, confused? With a full face, that reading is partially blocked. With an open face, the coach sees your whole face. It's not a decisive argument, but it's a real one.

Accessory Compatibility: Cameras, Altimeters, Audibles

At 50–200 jumps you're probably not thinking about mounting a camera on your helmet yet — and if you are, your instructor has already told you that ENAC regulations in Italy set minimum jump requirements before you can fly with video equipment. But accessory compatibility is still relevant even just for digital wrist altimeters, audible clips, and potential future upgrades.

High-end full face helmets often have integrated slots for front-mounted altimeters (such as the Alti-2 Atlas or Parasport Italia Protrack mounted on the forehead) and some versions accept chin mounts for cameras. Open face helmets are generally more modular: most models accept top mounts, chin mounts, and side mounts without structural modifications. If you're planning to move into freefly, speed, or canopy piloting, an open face typically gives you more configuration freedom in the long run.

Head-to-Head: Full Face vs Open Face at a Glance

Here's a direct summary of the key points. Physical protection of the facial area: advantage full face. Auditory and sensory perception: advantage open face. Visual clarity without fogging: advantage open face (with good goggles). Communication on the ground and in the air: advantage open face. Versatility across disciplines: roughly equal, with a slight edge to open face. Camera and accessory compatibility: model-dependent, broadly equal. Price-to-quality ratio: a good open face is typically less expensive. Maintenance and component replacement: advantage open face (goggles replaceable separately). Aesthetics and visual identity: subjective, but the full face has a more 'complete' visual presence.

What Experienced Skydivers Actually Choose — and Why

Look around at an Italian dropzone. AFF instructors almost universally jump with open face helmets. Advanced freefly jumpers are split: those doing intensive head-down often prefer a full face for collision protection, while sit fly or mixed formation flyers tend toward open face for sensory freedom. Canopy pilots lean toward open face because wind and environmental perception during high-speed landings is critical. Wind tunnel coaches use full face almost universally for protection inside the tunnel, but that's a different context entirely.

The commercial narrative pushed by some brands — I won't name names, but certain Northern European manufacturers with full face fiber helmets in the €400–500 range tend to lead with protection as their main sales argument — doesn't tell the whole story. A €180 helmet from a well-regarded Italian or Spanish manufacturer with a solid dropzone reputation can be a smarter choice for a newer jumper than a premium full face that gives you a false sense of sensory security.

My Recommendation for Jumpers at 50–200 Jumps

If you're in this experience range and primarily doing RW or coached individual freefall, my recommendation is to go with a quality open face paired with wrap-around goggles with interchangeable lenses. The main reason isn't cost — it's situational awareness. You still have a lot to learn about how your body behaves in the air, and every open sensory channel is a resource. Close off sensory channels once you've already built a solid foundation of awareness — not before.

If, on the other hand, you're already heading toward intensive freefly, doing regular wind tunnel sessions, or operating in an environment where formations are large and the statistical risk of collision is higher, then a quality full face — with a certified anti-fog visor and a fiber shell — makes sense. But choose it for technical reasons, not because it 'looks cooler' or because your favorite coach on YouTube wears one.

In Summary

There is no perfect helmet in the abstract — there is the right helmet for your current progression. At 50–200 jumps, the priority is building situational awareness, keeping all sensory channels open, and not adding unnecessary management variables. An open face with quality goggles better meets these criteria in most contexts. A full face makes specific sense in disciplines with a higher collision risk, or when facial protection becomes a documented priority. Whatever you choose, have your instructor or a trusted rigger evaluate it before you buy — and remember that no helmet replaces solid training at an ENAC-certified school.