A portable pickleball system must combine rapid deployment with structural stability under repeated impact. The frame utilizes 1.5 mm cold‑rolled steel tubing formed into a rectangular base that
A portable pickleball system must combine rapid deployment with structural stability under repeated impact. The frame utilizes 1.5 mm cold‑rolled steel tubing formed into a rectangular base that resists torsional twist when lateral forces reach 150 N. Integrated wheel locks engage automatically when the net is tensioned, preventing unintended movement during play.
Each unit features two 200 mm diameter polyurethane‑coated casters with a load rating of 250 kg per wheel. The casters incorporate sealed precision bearings to minimize rolling resistance, allowing a single operator to reposition the net over a 10 m court surface in under 8 seconds. Wheel brackets are welded using 3 mm fillet welds and undergo magnetic particle inspection to detect surface discontinuities.
The playing surface is constructed from 2.1 mm polyethylene‑coated polyester mesh, offering a tensile strength of 45 MPa and UV stabilization rated for 1500 hours of direct sunlight exposure. Edge bindings are double‑stitched with 3‑ply nylon thread to prevent fraying under repeated ball impact.
Tension is maintained via a ratchet‑type tensioning system integrated into each post, adjustable from 80 N to 150 N with a 5 N increment scale. A built‑in load indicator shows real‑time tension, reducing setup variability to ±3 N.
| Parameter | Value |
|---|---|
| Overall length (net width) | 6.10 m |
| Height at posts | 0.91 m |
| Depth (wheelbase to net) | 0.30 m |
| Total weight (net + frame) | 22 kg |
| Packed dimensions (L×W×H) | 1.20 m × 0.25 m × 0.20 m |
| Carton quantity per pallet | 30 units |

Portable nets on wheels are suited for multi‑use gymnasiums where court lines must be re‑configured for basketball, volleyball, and pickleball within the same day. The low‑profile wheelbase permits nesting under standard storage racks, reducing floor footprint by 40 % compared with fixed‑post systems. Additionally, the non‑marking polyurethane wheels prevent damage to polished wood or synthetic flooring surfaces.
Each completed unit undergoes a three‑stage verification: dimensional inspection using a coordinate measuring machine (±0.5 mm tolerance), load‑cycle testing of the wheel locks (10 000 engagements at 150 N), and tension‑hold assessment (maintaining set load for 24 hours with <2 % drift). Documentation of test results is retained for traceability and can be supplied upon request.
Standard configurations ship within 3 weeks from receipt of purchase order. Custom finishes or specialized wheel assemblies extend lead time to 4‑5 weeks. Minimum order quantity for wholesale pricing is 20 units; volume discounts apply at 50‑unit increments. All quotations include EXW factory pricing; freight and insurance are arranged per buyer’s specifications.
To initiate a quote, provide the desired frame finish, net mesh specification, wheel type, and any branding details. Our engineering team will return a detailed technical drawing and cost breakdown within two business days.
For technical inquiries or to request a formal quotation, please reach out to our sales engineering team. We will review your specifications and provide a detailed response that includes lead time, pricing, and compliance documentation.