The Nitrum is the lightest adjustable aluminium chair on the market at just 5.2kg lifting weight. Combines weight rigidity, custom fit and fine tuning to offer the most energy efficient chair QUICKIE have ever produced. The Nitrum is for users who value pushing efficiency and lightweight design. A revolutionary chair that minimises propulsion effort whilst maximising movement.
A Perfect Fit For Every Body
Body positioning is crucial for propulsion efficiency. When your weight is balanced incorrectly, your wheelchair is more difficult to push. That's why the NITRUM boasts the largest range of sizes and adjustments in its class, so you can achieve your own perfect fit.
Patented Oval Tubing
With fewer stress points due to its elongated sides, our unique oval tubing is stronger than round as it's less likely to flex under pressure. It's also lighter as the shape uses less material.
Premium 7020 Aluminium
Sculpted from high-strength 7020 Aluminium, the frame is specially heat-treated using our patented ShapeLoc technology, so the tubing can be significantly thinner and lighter without any sacrifice to its strength.
Frame clamped castor links and cross-tubes can increase weight and cause energy loss through vibration. The NITRUM is hand-welded into one-complete frame, so you get a stiffer, lighter ride.
The forged aluminium backrest bracket is extremely stiff, so it's significantly more energy efficient without sacrificing the adjustability of the backrest angle or height.
Unique Twist & Lock Backrest
Just grab the patented Twist Lock bar with one hand and twist it to release, fold and load the chair into your car. With double-locking, you can also use the same bar to lift it. It'll also lock without removing your sideguards or low-profile cushion.
Mounted on both castor arms and with 3 modes (high, low and blink), the integrated LED's will light-up your night. The power pack provides up-to 4 hours of run time and can be easily detached for recharging or to save you 110g weight.
Price from £2,395.00 depending on build speciffication.