An almost unknown Canadian start-up has just produced what the Virginia Tech Helmet Lab is calling its highest-rated cycling helmet ever — and by an unusually wide margin. The PIKIO Si, made by PIKIO Labs and built around a proprietary impact-management system the company calls OBLIK, scored a 4.61 on Virginia Tech’s STAR rating scale, more than two full points clear of the next best helmet on the lab’s database.
For context, lower scores are better on the STAR scale, which estimates a helmet’s ability to reduce concussion risk under realistic crash conditions. The Si’s 4.61 didn’t just edge out competitors — it lapped them. The previously highest-rated helmet, the Canyon Deflectr RLS, sat at 6.82. The Specialized Prevail 3 with MIPS Air Node, long considered a gold-standard road helmet, sits well behind both.
What Just Happened
PIKIO Labs is a small Montreal-based company founded by Daniel Abram, an engineer with 17+ years of design experience in head-protection systems. The Si is the company’s first product. It went on sale online in the U.S. and Canada at the end of March 2026, with a retail price of $379, and the Virginia Tech results — published in the lab’s database in April — have since pushed the launch into the broader cycling press.
The technology that produced the result is called OBLIK. Rather than treating the helmet as a single foam shell, OBLIK splits the inner liner into multiple independently mounted modules connected by flexible nodes. The outer shell can move relative to the inner liner. Different sections of the inner liner can also move relative to each other.
That matters because most concussions don’t come from straight-on impacts — they come from rotational forces. When your head hits the road at an angle, your brain is twisted inside your skull. Existing rotational-protection systems like MIPS and WaveCel address this by adding a single sliding layer between the foam and your head. OBLIK breaks the helmet into many smaller pieces that can all move independently. The result, according to Virginia Tech’s testing, is a much larger reduction in rotational acceleration across a wider range of impact angles.
Why This Score Matters
The Virginia Tech Helmet Lab’s STAR rating is the most rigorous independent helmet-test program publicly available. The lab tests every helmet at multiple impact locations, multiple speeds, and multiple angles, and produces a single composite score that estimates concussion risk under realistic crash conditions.
Most road helmets that score in the 5-star range cluster between 6 and 9 on the STAR scale. The PIKIO Si’s 4.61 is genuinely an outlier. Independent commentary from the cycling press is, fairly, treating the result with curiosity rather than full validation — a single test is a snapshot, and replication and real-world crash data take years to accumulate. But the score is large enough to be hard to dismiss.
What This Means For You
For most cyclists, the Si is not yet a realistic purchase — it’s $379, available only direct from PIKIO Labs, and supply is limited. But the test result has practical implications even if you never buy one:
- Rotational protection is now the dominant performance variable in helmet safety. Pure straight-line impact attenuation is largely a solved problem; the gap between top helmets and bargain helmets shows up in how they handle angled impacts.
- MIPS, WaveCel, and KinetiCore are not equivalent. They take meaningfully different design approaches. OBLIK is now a fourth approach in the conversation.
- The Virginia Tech database is the right place to shop. Brand reputation has weak correlation with helmet performance. The lab’s STAR rating is the closest thing to an independent benchmark, and shifting your shopping to that database is a higher-leverage move than choosing between two MIPS-equipped helmets at the same price point.
If you’re due for a new helmet — and most cyclists are; replacement intervals of 3–5 years are recommended even without a crash — this launch is a useful trigger to look at the data rather than the marketing. Our broader guide to night riding safety and visibility covers the wider safety stack a helmet sits within.
How To Choose A Helmet In 2026
If you’re standing in a bike shop or on a brand’s website and want to make an informed decision, the order of operations:
- Step 1 — Check the Virginia Tech STAR rating. Filter to road or commuter as appropriate, and look for helmets scoring under ~7.5.
- Step 2 — Confirm fit. A 4-star helmet that fits perfectly will outperform a 5-star helmet that sits incorrectly. Most helmet failures in real-world crashes come from poor fit and worn straps, not foam quality.
- Step 3 — Match the helmet to the crash type you actually face. Commuters hitting cars at urban intersections face different impact profiles than gravel racers crashing onto packed dirt. Some helmet construction is tuned for one or the other.
- Step 4 — Replace after any meaningful impact. EPS foam is engineered to absorb energy by deforming. Once it has absorbed an impact, even an invisible one, its protective capacity is degraded.
This kind of disciplined safety thinking ties into a broader BikeTips theme — the e-bike regulation coalition forming around speed and battery safety is, fundamentally, the same conversation: cycling safety is moving from “wear a helmet” to a much more granular, data-led discipline.
Key Takeaways
- The PIKIO Si scored 4.61 on Virginia Tech’s STAR scale — the lab’s best-ever cycling helmet result and more than 2 points clear of the previous leader.
- OBLIK technology splits the inner liner into independent modules to better absorb rotational impacts, the dominant cause of cycling concussions.
- Available now at PIKIO Labs’ direct-to-consumer website for $379.
- For most cyclists, the practical takeaway is to shop the Virginia Tech database — not brand reputation — when replacing a helmet.
- Rotational impact protection is now the most important variable distinguishing helmet safety performance.
