CNC Titanium Footrest Foot Pegs

Product Introduction 

CNC Titanium Footrest Foot Pegs for Motorcycles — Lightweight, High-Strength & Fully Customizable

Engineered for riders who demand peak performance, CNC Titanium Footrest Foot Pegs represent the highest standard in motorcycle control components. Machined from aerospace-grade Ti-6Al-4V (Grade 5) titanium billet, each pair weighs just 210g while delivering tensile strength up to ~1,000 MPa. Featuring an anti-slip serrated surface, polished anodised finish, and precise tolerances of ±0.01mm, these pegs are an improvement over OEM parts. Baoji Huacan makes racing-grade titanium footrests to your requirements using 40+ CNC machines, 10+ years of titanium machining knowledge, and complete OEM/ODM capacity.

Product Specification & OEM Customization

Specification	Details
Material	Titanium Grade 2, Grade 5 (Ti-6Al-4V), Grade 9, Grade 23
Material Standards	ASTM / AMS / DIN, as applicable
Reference Dimensions	125 × 48 mm; dimensions customizable
Reference Weight	Approx. 210 g per pair
Dimensional Tolerance	Up to ±0.01 mm, depending on part geometry
CNC Machining	5-Axis CNC Machining, Milling, Turning, Drilling
Surface Treatments	Polishing, Anodizing, Sand Blasting, Pickling
Finish Options	Polished, anodized, blasted or custom finish
Customization	Made to drawings, samples or specifications
OEM / ODM	Available for prototypes and production orders
Inspection	Dimensional inspection and material traceability

Product Features

Product Comparison​​​​​​​

Product Application

Motocross & Supercross: The wide platform disperses impact energy during hard landings. Weight reduction lowers polar moment of inertia, improving bike agility and reducing rider fatigue.

Hard Enduro & Rally Racing: Open-draft geometry clears mud and snow instantly. Titanium's toughness resists brittle fracture from rock strikes — a common failure mode in cast aluminum pegs.

Supermoto & Road Racing: High melting point titanium — including CNC Titanium Footrest Foot Pegs — generates sparks rather than rapid abrasion during asphalt contact. Precision machining delivers exact rider feedback for lean-angle weight shifting.

Why Choose Us

Titanium outperforms both aluminum and steel in the footrest application. Aluminum work-hardens under cyclic loading and can snap under heavy impact. Steel adds unnecessary mass. Titanium combines the resilience of steel with the lightweight advantage of aluminum — delivering indefinite service life without weight penalty.

Our pegs are CNC machined from solid titanium billet, not cast. This preserves the isotropic grain structure, giving uniform strength in all directions — critical when pegs experience multi-directional forces during hard landings, rock strikes, or cornering loads.

The open-frame design evacuates mud, clay, and snow immediately. This prevents boot slippage in extreme off-road conditions — a failure point commonly seen with cast aluminum alternatives.

Manufacturing Process

Each footrest begins as a solid titanium billet, then moves through multi-stage 5-axis CNC machining. This includes precision milling of the anti-slip serrated surface, drilling of mounting and spring pin holes, and thread machining for secure assembly.

Secondary processes include deburring, surface finishing, and anodizing. Every stage is monitored in real time to maintain dimensional accuracy and surface integrity throughout the batch.

Receiving Drawings

Annealing

Developing Machining Process

Finish Machining

Preparing Raw Materials

Deburring

Rough Machining

Deburring

Manufacturing Capability

Baoji Huacan has more than 40 CNC lathes, machining centers, and gantry systems. Annual manufacturing capability of over 1,000 tonnes of machined titanium parts. With over 10 years of expertise machining titanium, including complicated geometries, thin-wall constructions, precise interfaces and threaded features.

melting	melting	forging	forging	rolling

Quality Control

· PMI (XRF) — verifies Ti-6Al-4V alloy composition on every batch

· CMM inspection — checks mounting pivot points and spring receptacles to zero-play tolerance

· Static load testing — applies forces exceeding 600 kgf per peg to verify yield strength

· Dye Penetrant Inspection (DPI) — detects surface porosity and machining stress cracks

· Surface inspection — burr checks and roughness measurement before final packaging

Certifications

Baoji Huacan New Metal Materials Co., Ltd. holds ISO 9001 quality management system certification, covering the full production process from raw material intake through final shipment inspection.

Packaging & Shipping

FAQ

Q: Why choose titanium over 7075 aluminum for foot pegs?

A：Aluminum lacks the fatigue life of titanium. Under repeated heavy loads, aluminum work-hardens and can fracture. Titanium offers spring-like resilience, retaining performance indefinitely.

Q: Will the serrated teeth damage riding boots?

A：The flat-top tooth profile distributes pressure evenly rather than concentrating it at needle points. High-grip racing designs may increase sole wear slightly, which is expected for the control they provide.

Q: What maintenance do titanium pegs require?

A：Very little. Clean and lubricate the pivot pin interface with lithium grease regularly to prevent galling — the cold-welding effect that can occur when titanium contacts other metals under friction.

Q: Can you produce pegs based on my drawings?

A：Yes. We support 2D drawings, 3D models, and sample-based production. Contact our team to share your files and receive a custom quote.

Contact Us

Ready to upgrade? Contact us at sherry@hc-titanium.com to discuss your CNC Titanium Footrest Foot Pegs requirements and receive a tailored proposal.