SSD RC Steel Brake Rotor Weights (2)
About this part
SSD Steel Brake Rotor Weights are a great way to add some weight down low. These weights install in between the wheel and hex hub, creating the look of a brake disc while at the same time adding 39 grams of weight to the wheel and increasing your track width by 3mm per side. These weights are compatible with all SSD wheels, as well as other SLW compatible wheels and hubs. Package includes two rotor weights and hardware.
Features:
- CNC machined stainless steel
- Increase negative offset by 3mm
- SLW hub bolt pattern
- Fit all SSD wheels
- Fit standard SSD wheel hubs
- Fit SLW compatible wheel hubs
- Can be used on any SLW hub compatible wheels
- (2) Steel rotor weights
- (12) M2.5 x 10mm screws (for SSD hubs)
Reviews3.3 · 3 reviews
Look good. Help lower the center of gravity slightly but not much. Only issue I've had is the screws are too short to reach through to the hex.
I have had no issues with these. I have them installed on the front with SSD Contender 1.9 Wheels and scale hubs. Nice way to add a bit more low weight up front. SSD also make +3mm aluminum brake rotor hubs (using those on the rear).
SSD is terrible! Locking hubs, wheels, to brake rotors. All of its cheap China made metals that snap under any real use. I’m about $140 in the drain for buying their garbage products. DO NOT BUY!
Reviewers of these steel brake rotor weights report they look good and add a small amount of low weight that lowers the centre of gravity slightly, with one reviewer installing them on the front axle with compatible wheels and hubs. One reviewer found the supplied screws too short to reach through to the hex. A single 1/5 review criticises the brand and its metal parts as prone to snapping under use, but gives no specific detail about these weights, so it is weakly supported. Overall feedback is limited to three reviews.
- + Looks good
- + Lowers centre of gravity slightly
- + Easy to add low weight up front
- − Screws too short to reach the hex
- − Brand criticised for durability (vague, one review)