• K-05 concave mesh forged monoblock in brushed graphite
  • K-05 concave mesh forged monoblock in matte black
  • K-05 concave mesh forged monoblock in brushed graphite
  • K-05 concave mesh forged monoblock in raw brushed aluminum
  • K-05 concave mesh forged monoblock in raw brushed aluminum
  • K-05 concave mesh forged monoblock in polished silver
  • K-05 concave mesh forged monoblock in polished silver
  • K-05 concave mesh forged monoblock in matte black
  • K-05 concave mesh forged monoblock in matte black
  • K-05 concave mesh forged monoblock in bronze
1 12

Kane Forged

K-05 Forged Monoblock

K-05 Forged Monoblock

$3,999.00 CAD
$3,999.00 CAD
Sale Sold out
Shipping calculated at checkout.

Price shown is for a set of four (4) wheels.

Wheel Size
  • FREE SHIPPING

K-05 is Kane Forged's concave mesh, one-piece forged monoblock design.

Each set is made to order in 18 to 22 inch diameters. Final width, offset, center bore and relevant clearance details are reviewed and approved with you before machining.

Pricing is per set of four wheels. Production typically takes 6 to 8 weeks after final approval, with $150 flat-rate shipping within Canada.

Every set carries a three-year structural warranty and one-year finish warranty. Eligible owners can also receive 50% off up to three individual replacement wheels per purchased set. Eligibility and program terms apply.

View full details

Precision in Every Detail

CNC-machined from 6061-T6 aerospace-grade aluminum billet. Produced one set at a time with tight tolerances, true hub bores, and clean mounting faces for an accurate, precision fit.

Unpainted Knurled Beads

Micro-serrated bead seats on both sides lock the tire in place under hard acceleration and braking, preventing slip and maintaining consistent balance on high-grip tires.

Strength Minus Weight

Rear-pad pocketing strategically trims unsprung and rotating mass while preserving stiffness where loads travel—delivering sharper steering response and a composed, confident feel.

FEA-Optimized Construction

Advanced Finite Element Analysis precisely reinforces high-stress areas and removes excess material, producing a lightweight wheel without sacrificing strength.