Lazer Helmets

The KinetiCore Advantage: How Lazer Approaches Safety Differently

Most helmet brands add rotational impact protection as a separate layer - a slip-liner or foam pad sitting between the shell and your head. Lazer's KinetiCore takes a different approach entirely. The controlled crumple zones are moulded directly into the EPS foam core of the helmet, so the structure itself manages both linear and rotational impact protection in a single system. No extra components, no added weight, no reduction in the depth of the ventilation channels.

In practice, that last point matters more than it might sound. Traditional add-on systems tend to compromise airflow because they occupy space inside the helmet. KinetiCore doesn't have that problem - the crumple zones are part of the foam geometry, which means Lazer can keep the vents open and effective. On a long, humid climb in the Brecon Beacons or a sustained effort on the North Downs, that translates to a noticeably cooler ride. Several models in the current range have earned Virginia Tech 5-star ratings, which remains one of the most rigorous independent safety benchmarks available to UK buyers. That's not marketing copy - it's a tested result.

Compared to helmets from Giro or Bell at similar price points, Lazer's integrated approach tends to produce a cleaner, less cluttered interior - something you notice when you're putting the lid on in a hurry before a wet winter commute.

Fit, Shape, and Finding Your Place in the Range

Lazer helmets generally run with a slightly oval profile. If you've worn rounder-fitting lids from other brands and found them pinching at the sides, you may well find Lazer's shape more accommodating. That said, the fit systems do a lot of the work. The Advanced TurnSys retention system wraps around the rear of the head and tightens via a dial, with enough range to account for most head shapes. The ScrollSys version adds vertical adjustment so you can fine-tune the height of the cradle - useful if you sit between sizes or have a higher crown.

Neither system requires tools. You adjust them while wearing the helmet, which is how it should be. Dial it snug, check for movement, and you're done. On longer sportives or multi-hour trail rides, that secure-but-not-clamped feel is what keeps a helmet from becoming a distraction.

The range spans road, MTB, commute, and youth categories, so it's worth being clear about what you actually need before you browse. If you're racing against the clock, view our dedicated Aero TT Helmets. For downhill and enduro riders needing maximum coverage, explore our Full Face Helmets. We also stock a specialised range of Kids Helmets designed for younger riders. Each of those categories has its own specific fit and safety considerations - don't just size down a road lid for a child or use a cross-country helmet for proper enduro riding.

Adapting Your Lazer Lid for UK Conditions

A well-vented summer helmet is brilliant in July. In November, on a flat Suffolk commute into a headwind, it's miserable. The Aeroshell is Lazer's answer to that problem - a snap-on cover that fits over compatible vented helmets, blocking wind and resisting rain without you needing a second lid. It takes about ten seconds to fit and transforms the helmet's thermal performance meaningfully. Keep one in your jersey pocket on rides where the forecast is doing its usual unreliable thing.

For darker months, several Lazer helmets integrate directly with Lazer LED lights, clipping into the rear of the retention system. It's a cleaner solution than cable-tying a light to your helmet strap, and the positioning sits high and visible - exactly where you want it when you're rolling home from work in the dark.

On the maintenance side, a couple of things are worth knowing. The internal pads on most Lazer helmets are removable and hand-washable - do this regularly if you're wearing the lid hard, because the antibacterial properties of the foam degrade faster when they're left saturated. After any significant impact - a crash, or even a heavy drop onto concrete - inspect the EPS foam carefully. Compression damage isn't always visible on the surface. If there's any doubt, replace the helmet. That applies to every brand, but it's worth saying plainly.

Storage matters too. Keep the helmet out of direct sunlight when you're not using it - UV degrades EPS foam over time, and a car boot in August gets hotter than most people realise.