Those who seek the most from their car know that in the rigors of competition you need to extract every ounce of performance from your machine. You need the capability to have every degree of adjustment above and beyond that of a street driven vehicle. You need the strength to withstands the stresses and strains of hard corners, a rough course and brutal weight transfer and chassis flex.

It is within this understanding that Megan Racing has unveiled our line of reinforced suspension arms that offer the strength and adjustment that any competition vehicle will ever need. Constructed of high-strength steel alloys that offer durability, strength and yet remain light-weight, these control arms have been track tested for months in road race, autocross and drift events to assure quality and performance.

These Rear-Lower Toe arms available for Q45 are an excellent upgrade. With its adjust-ability you are able to carefully tune the Rear-Toe to your specifications. The pillow ball ends replace the stock rubber bushings on the chassis and offers you a more direct and predictable feel that you require in competition. With proper adjustment of proper toe, tire wear can be minimized, straight-line as well as cornering stability will be increased. The adjust-ability and feel is also backed with the comfort that your stock thin tension rods are now replaced with thick steel constructed arms that can withstand the stresses of competition.

Toe rods:These control static toe and toe change during suspension compression. When lowered aggressively, our cars toe curve is significantly changed, becoming “steeper” (more change with less movement).


Note: Washers are required as spacers that are not included. There is 10mm of space on each side that needs to be corrected.

- Fit Infiniti Q45 (Y33) 97-01

- Adjustable lengths to tune Rear-Toe

- Pillow ball bearing replaces OEM rubber bushing.

- Durable Steel construction to withstand high-stresses of competition.

- Powder-coated with brilliant blue finish for years of uncompromising performance.