INJORA 51mm Long Travel Shocks - Double Barrel Damper for AX24/SCX24 RC Crawler (Gold)

Upgrade your 1/24 scale crawler with INJORA 51mm long travel shocks. Finished in a striking gold, these dampers pair rugged construction with refined damping to elevate your AX24 or SCX24 without overhauling your rig.

Engineered for durability, the CNC machined aluminum shock bodies resist wear during long sessions on tough terrain. The double barrel, telescopic design delivers more travel than standard dampers, helping you maintain wheel contact as you roll over rocks, roots, and rough transitions. This setup can respond smoothly to fast and slow moves, giving you more predictable handling on varied surfaces.

Key features at a glance

• Long travel capability to keep wheels planted on steep climbs and when clearing obstacles.
• Double barrel design for enhanced damping performance and extended suspension travel.
• 27 mm compressed length hole-to-hole for compact mounting and stable geometry.
• Two spring rate options to tailor stiffness to your rig weight and preferred ride feel.
• Threaded construction for straightforward maintenance and precise tension adjustments.
• Gold finish adds a premium look while delivering reliable performance on AX24 and SCX24 upgrades.

How these shocks perform on real trails

• Expect smoother articulation over uneven terrain, helping tires maintain contact with the ground.
• Refined dampening under load supports steadier landings after jumps or drops, reducing bounce.
• Consistent behavior across a range of speeds, enabling more confident line choices on challenging sections.

Fitment and tuning tips

Designed for Axial AX24 and SCX24 upgrades, these shocks offer two spring rates so you can dial in ride height and stiffness as your rig changes. Before installation, check mounting points and ensure there is ample clearance for full travel in your specific chassis configuration.

With the durable build and adjustable damping, you can explore a balance between crawl precision and trail speed, always aiming for predictable control rather than a one size fits all approach.