E-bikes travel faster than traditional bicycles and require helmets that meet higher safety standards. We tested NTA 8776 certified e-bike helmets, integrated light helmets, and MIPS models to find the best protection for every e-bike rider.
The Lumos Ultra is the e-bike commuter helmet that eliminates the need for separate front and rear lights. The integrated LEDs are visible from 200+ meters, turn signals are activated via a handlebar remote or Apple Watch, and the MIPS liner provides rotational crash protection. For city commuters who want consolidated safety equipment.
Thousand makes the best-looking bike helmet available. The Chapter MIPS has a classic round profile that looks at home in urban environments, the built-in PopLock mount stores a U-lock cable in the helmet port, and MIPS provides proper rotational protection. The helmet for riders who care about how they look in the city.
POC helmets consistently earn the highest Virginia Tech safety ratings in the industry. The Axion Race uses both MIPS and POC's own SPIN pad technology — two independent rotational protection systems working together. For riders who prioritize independently verified safety above all else, POC's ratings are the standard.
Mountain e-bikes travel faster over rougher terrain and need more coverage than road helmets provide. The Giro Source MIPS extends coverage over the lower rear skull — the area most exposed in a trail fall. Goggle compatibility is essential for dusty trail riding. The right choice for e-MTB riders who take their Brose or Bosch motor off-road.
The Smith Session is the versatile e-bike helmet that works for trail riding and daily commuting. The Koroyd honeycomb structure plus MIPS provides dual-system rotational protection, the goggle port accepts trail goggles for muddy days, and the profile is clean enough for urban environments. If you ride one e-bike across multiple conditions, the Session covers everything.
Class 1 and 2 e-bikes (max 20 mph) have the same legal helmet requirements as regular bicycles in most states. Class 3 e-bikes (max 28 mph) require a bicycle or motorcycle helmet in California and some other states — check your state's laws. At 28 mph, impact energy is significantly higher than at 20 mph — an NTA 8776 or motorcycle helmet is genuinely appropriate.
NTA 8776 is the Dutch safety standard for speed pedelec helmets (e-bikes up to 45 km/h / 28 mph). Helmets meeting this standard are tested at higher impact speeds than standard bicycle helmet standards (CPSC, EN1078). For Class 3 e-bikes and speed pedelecs, NTA 8776 certification provides significantly more appropriate protection.
E-bikes travel faster, which means higher-speed angled impacts are more likely. MIPS and WaveCel rotational protection systems become more important as impact speed increases. At 28 mph, an angled fall generates considerably more rotational energy than at 15 mph. For e-bike riders, MIPS should be a minimum standard, not an optional upgrade.
For Class 1 and 2 e-bikes (max 20 mph), a standard CPSC-certified bicycle helmet meets legal requirements in the US. For Class 3 e-bikes (28 mph), some states require a higher-rated helmet. Regardless of law, an NTA 8776 certified helmet or a quality MIPS helmet provides more appropriate protection for the higher speeds involved in e-bike riding.
For most e-bikes (Class 1-3, under 28 mph), a motorcycle helmet is not required and is overkill — they're heavier and hotter than bicycle helmets. For electric mopeds and speed pedelecs that exceed 28 mph (Class 4 / electric motorcycle), a DOT motorcycle helmet is both legally required and safety-appropriate.
See also: E-Bikes & Powersports Hub • Best Cargo E-Bikes • Best Bike Helmets
