New at RisingTuning, the Reinforced Diff Mount Support Bar for Subaru.
KEIN Reinforced Differential Carrier is perfect for those of you who enjoy spirited driving, or the occasional weekend track day.
This component has been designed to improve traction and reinforce the multi-link points which strengthens the integrity of the rear end and stabilizes the rear end under heavy cornering.
This results in better driveline response without the loss of torque.
You'll get an instant improvement in acceleration feel. Torque will be fully transmitted to the drive wheels, eliminating torsional losses.

Features:
• Increases steering response
• Fix annoying differential movement
• Allow more energy to be transferred to the wheels
• Solid and more connected feel

Item content:
KEIN Reinforced Differential Carrier for Subaru - 1pc.
• X2 Quality molded high density silent blocks (inserted in the support)

Hardness bushings:
Shore a hardness 65A (International Standard ISO 868)

Features:
• Material: Steel K02001/ K02502
• Welding Procedure: MIG
• Surface finish: Professionally powder-coated.
• Hardware metric grade 8.8-12.9 zinc

Weight: 2.4kg.

Installation:
The Rear Diff Support Mount bolts on to existing factory holes, making this a quick and easy install.

Important:
Thanks to the tighter silent blocks and stiffer construction, we achieve maximum torque transmission to the drive wheels and improve vehicle dynamics.
There may be a slight increase in interior noise and vibration.

Compatibility:
Replaces original supports (OEM part numbers):
• 41310-AG023
• 41310-AG022
• 41310-AG021
• 41310-AG020

For example, machines such as:
Subaru Impreza WRX/STI 2007+
Subaru Exiga 2008+
Subaru Forester 2007+
Subaru XV 2011+

KEIN division has its own engineering department and are our direct partners, the RisingTuning team. All products created by KEIN are modeled in CAD where the factory drawings of the suspension are used to create the part, thus achieving maximum accuracy in measurements when creating the part. Before the prototype all stresses and loads are measured in simulation in order to identify the most reliable and correct design solutions taking into account the steel grade and the upcoming not only direct loads but also the natural environment - the correct alloy, steel thickness and its additives are selected to give the required properties to the product. After identifying the best solutions a prototype is created which undergoes physical tests and only after successful tests the finished serial products are created.