Enkei PSR5 Hyper Black Wheels 16x7

Name: Enkei PSR5 Hyper Black Wheels
Brand: Enkei
SKU: ENK-S0481
Price: 162.99 USD
Availability: InStock
Rating: 0 (0 reviews)

Write the First Review

Part Number: ENK-S0481

$162.99

Enkei PSR5 Hyper Black Wheels

Wheel, PSR5, Aluminum, Gloss Black, 16 in. x 7 in., 5 x 4.50 in. Bolt Circle, 5.77 in. Backspace, +45.00mm Offset, Each
See More Specifications

Enkei PSR5 Hyper Black Wheels 16x7

ENK-S0481

Not Yet Reviewed

Part Number: ENK-S0481

Estimated Ship Date: Tomorrow

$162.99

Back to Results

Overview

Applications

Q&A

Instructions & Calculators

Estimated Ship Date: Tomorrow

Overview

Brand:

Enkei

Manufacturer's Part Number:

493-670-6545HB

Part Type:

Wheels

Product Line:

Enkei PSR5 Hyper Black Wheels

Summit Racing Part Number:

ENK-S0481

Item Number:

8461871

Wheel Diameter:

16 in.

Wheel Width (in.):

7.00

Wheel Size:

16x7

Wheel Bolt Pattern (application):

5 x 114.3mm
5 x 4 1/2 in.

Backspacing (in.):

5.77

Offset:

+45.00mm

Wheel Material:

Flow-formed aluminum

Designed for Dually Truck:

Wheel Face Color:

Black

Wheel Face Finish:

Gloss

Wheel Barrel/Lip Color:

Black

Wheel Barrel/Lip Finish:

Gloss

Manufacturers Wheel Series:

Enkei PSR5 Series

Wheel Construction:

1-piece

TPMS Sensor Compatible:

Yes

Beadlock Type:

None

Lug Nut/Bolt Seat Style:

Conical seat - 60 degree

Hub Centric Ring Compatible:

Yes

Center Bore Diameter (in.):

2.86

Center Bore Diameter (mm):

72.60

Center Cap Included:

Yes

Load Rating (lbs.):

1,520 lbs.

Lug Nuts Included:

Small Diameter Lug Nuts Required:

Valve Stems Included:

Recommended Valve Stem:

5/8 in. pull-through or bolt-on

Wheel Weight (lbs.):

22.0 lbs.

Quantity:

Sold individually.

Enkei PSR5 Hyper Black Wheels

Enkei PSR5 hyper black wheels are available in a range of sizes and bolt patterns. These one-piece aluminum rims use MAT technology to improve the mechanical characteristics, strengthening the wheels while still reducing weight. They're Spec-E tested for impact resistance, rotary bending, and dynamic radial fatigue--surpassing JWL standards.

Applications