DOBINSONS 2.2" IMS MONOTUBE SHOCK - LONG TRAVEL - IMS59-50575
- Fully re-buildable and re-valvable
- Zero shock fade in all terrains with full load
- Direct, bolt-on replacement for easy fitment
- Corrosion resistant (EDP Surface Protection)
- Heavy duty single piece lower leg
- Enormous oil capacity
- Heavy Duty 3 Stage FKM HNBR Sealing System for the ultimate in reliability
- Race inspired hi-flow CNC 6061 Billet alloy piston 50mm bore €“ for the ultimate in offroad handling
- 56mm/2.2€? Bodied Series
- Cannot be used on vehicles with KDSS
--
Dobinsons Rear Long Travel IMS Shocks for Toyota 4Runner 2003-2019 and FJ Cruiser (all years), and Lexus GX470 with 2-3.5" of lift. Not suitable for vehicles with KDSS (too long), and 2" bump stop extensions and longer rear brakes line is required. Also requires long travel coils (variable rate), so that the coil doesn''t come loose or fall out of its place at full extension. IMS59-50575 - IMS, Long Travel, 730mm extended, 425mm compressed. Designed, developed and tested in Australia by Dobinsons Spring & Suspension, in-house suspension design engineers, Dobinsons 4×4 shock absorbers are designed and tested to perform in the harshest conditions right across the world. We export to over 40 countries worldwide from their Australian head office, the importance of quality is at the forefront in the complete design and manufacturing process. This ensures every shock can withstand the blistering heat and corrugations of the Australian outback right through to the subzero temperatures of a Russian winter. Our IMS shock absorbers are made from the world€™s highest quality external and internal parts sourced worldwide. They provide a significant increase in performance over the standard shock absorbers. Originally equipped shock absorbers are prone to shock fade and when a vehicle is loaded simply cannot cope with the additional weight and the harsh condition that 4X4 owners love to put them through. Our IMS shock absorbers feature larger bodies, larger bores and increased valving performance to dramatically improve vehicle handling and control and reduces shock fade.