
PCS-9.3 Bike Repair Stand for Home Mechanics – Heavy Duty Workshop Rack
$49.75
Description
PCS-9.3 Folding Bike Workstand – Ultimate Home Mechanic Solution
Engineered for Precision Repairs
Ideal for DIY enthusiasts and professional mechanics alike, this compact folding workstand secures bikes weighing up to 80 lbs (36 kg) with military-grade stability. Its telescoping legs adjust from 39″ to 57″ (990–1450 mm) while maintaining a low-profile triangular base (36″x36″x48″) for maximum floor stability during intricate repairs.
Smart Design Features
✔️ 360° Rotating Clamp (22–76 mm diameter compatibility) – Access hard-to-reach components with full crankset rotation
✔️ Narrow Jaw Technology (70 mm width) – Secure short seatposts and aero frames without clearance issues
✔️ Patented Quick-Fold System – Collapses to 44″x14.5″ in seconds for garage storage or workshop mobility
✔️ Dual-Texture Finish – Resists scratches and fingerprints while providing optimal grip
Performance Metrics
| Specification | PCS-9.3 | Competitor A | Competitor B |
|———————–|———|————–|————–|
| Max Weight Capacity | 80 lbs | 65 lbs | 70 lbs |
| Clamp Adjustability | 22-76mm | 25-65mm | 30-75mm |
| Folded Thickness | 3.7″ | 5.1″ | 4.2″ |
| Included Accessories* | Tray Mount System | Basic Collar Only | Optional Tray |
*Comes with #2848A quick-release collar and modular tray system (PTH-1 tray sold separately)
Why Mechanics Choose This Stand
• Ergonomic Height Range – Worksurface stays within optimal reach zone whether standing or seated
• Vibration-Dampened Construction – Reinforced steel tubes with internal shock-absorbing components prevent tool slips
• Dual-Purpose Design – Functions as a stable repair station or portable bike transport system when folded
Perfect for converting garages into pro-level workshops or maintaining e-bikes/cruisers in compact living spaces. The textured powder coat finish resists rust and fingerprints while maintaining lightweight portability at just 16 lbs (7.2 kg).
Note: Optimal weight distribution requires bike center of gravity to remain between legs when clamped.