Product features
- Versatile stunt scooter suitable for beginners and advanced riders, designed for freestyle and learning tricks.
- Lightweight and robust construction in 6061 aluminium for a good balance between stability and manoeuvrability (total weight 3.8 kg).
- 110 mm PU 88A wheels with ABEC 9 bearings for smooth rolling; possible to fit 120 mm wheels by changing the brake.
- High-performance deck in 6061 aluminium, 50 cm x 11.5 cm, providing a stable platform for tricks and jumps.
- Reinforced steel bar (58 cm x 58 cm, outer diameter 31.9 mm) with Chilli Spider HIC compression system and 3-bolt aluminium clamp.
Design and ergonomics
The Chilli Reaper features a freestyle-oriented design: total height 84 cm and deck–bar distance of 76 cm offering a balanced stance. The size fits children, teenagers and young adults (recommended for riders around 130–170+ cm). The ergonomic recommendation is to set the bar at belly-button height when standing on the scooter.
Materials and durability
The deck and forks are made from 6061 aluminium, ensuring lightness and resistance to shocks for skatepark use. The reinforced steel bar provides stiffness and long-lasting performance, while the 3-bolt clamp keeps everything securely fixed during spins and landings.
Wheels and performance
Equipped with 110 mm PU 88A wheels and ABEC 9 bearings, the Reaper offers an excellent mix of speed, cushioning and control. The model can be optimised for higher speed by switching to 120 mm wheels after modifying the brake, allowing customisation to riding style.
System and components
The scooter uses the Chilli Spider HIC compression system, ensuring precise and reliable steering. Components (aluminium forks, 3-bolt clamp) are chosen for durability to withstand everyday freestyle stresses.
Use and compatibility
Designed for freestyle scootering, the Reaper suits all levels — beginner to advanced — and riders up to approximately 100 kg. Non-folding, no kickstand, intended for skatepark and street use, it supports skill development and rapid progression.
