S-PARTS
Titanium 3D Printed Bike Computer Mount for BIGROCK Gen 2 Integrated Handlebars | Garmin 1050 Compatible Cockpit System
Titanium 3D Printed Bike Computer Mount for BIGROCK Gen 2 Integrated Handlebars | Garmin 1050 Compatible Cockpit System
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Product Description
Precision Titanium Upgrade for BIGROCK Integrated Handlebars
The S-PARTS Titanium 3D Printed Computer Mount Kit is engineered specifically for BIGROCK Gen 2 integrated handlebars, delivering a lightweight, high-strength cockpit upgrade designed for modern performance cycling systems.
Built using advanced metal additive manufacturing (3D printing), the structure achieves optimized material distribution, reduced weight, and enhanced stiffness through simulation-driven engineering.
Compatibility Overview
| Item | Specification |
|---|---|
| Handlebar System | BIGROCK Gen 2 Integrated Handlebars |
| Computer Compatibility | Garmin 1050-sized bike computers |
| Configuration | Modular system (selectable variants) |
| Base Weight Note | Computer base not included in kit weight |
Modular System Architecture
This product is a modular cockpit platform, not a fixed bundle.
Core Mount Components
- Titanium 3D printed computer mount (BIGROCK Gen 2 compatible)
- Countersunk titanium mounting screw set
Optional Accessories (Variant-Based)
- Underslung / Drop Mount Adapter – 5.95g per piece
-
GoPro-Compatible Mount Screw – M4 × 14 (D8.5), ~1.0g per piece
- Tool requirement: T20 Torx wrench
Weight & Performance Data
| Component | Weight |
|---|---|
| Main Mount Kit | 14.6g (excluding plastic base) |
| Computer Base | ~2.3g |
| Underslung Adapter | 5.95g / pcs |
| GoPro Fixing Screw | ~1.0g / pcs |
Installation Tools
- T10 Torx wrench
- T20 Torx wrench
Precision-machined fastener interface ensures stable installation and repeatable alignment.
Titanium Color System (Multi-Layer Anodizing)
Each S-PARTS titanium component undergoes multi-stage electrochemical anodizing, producing deep, high-saturation finishes unique to titanium surfaces.
Available finishes:
- Hawaii (Splatter Pop)
- Neon Splatter
- Jaguar Purple-Gold
- Tiger Purple-Gold
- Tiger Green-Gold
- Jaguar Green-Gold
- Snowstorm
- Topographic Glacier
Each piece is individually processed — no two finishes are identical, making every cockpit visually unique.
Engineering Philosophy
Every component is designed using simulation-driven structural optimization:
- FEM-based stress distribution analysis
- Material allocation only in load-bearing zones
- Hollowed non-critical regions for weight reduction
- Optimized stiffness-to-weight ratio vs OEM aluminum parts
This creates a material-on-demand architecture, where strength exists only where function requires it.
Manufacturing Process
| Stage | Technology |
|---|---|
| Material | Grade 5 Titanium (Ti-6Al-4V) powder |
| Production | Laser Powder Bed Fusion |
| Layer Resolution | 20μm ultra-thin deposition |
| Post Processing | Multi-stage finishing & refinement |
Design & Aesthetic Language
S-PARTS integrates:
- Abstract geometric industrial design
- High-saturation titanium color systems
- Modular customization architecture
The result is a component that functions as both performance hardware and visual identity system, moving beyond traditional utilitarian bicycle accessories.
Advanced Metal Additive Manufacturing
Metal 3D printing enables:
- Complex geometries impossible via CNC machining
- Hollow lightweight structural design
- Precise stress-based material distribution
- Reduced material waste compared to subtractive manufacturing
For cycling applications where weight and stiffness are critical, this technology provides a measurable performance advantage.
Summary
The S-PARTS BIGROCK Gen 2 Titanium Computer Mount System is a precision-engineered modular cockpit upgrade, combining:
- Ultra-lightweight titanium construction
- Simulation-driven structural design
- Fully modular accessory ecosystem
- High-end aesthetic customization system
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