Salta | Rectangular Trampoline with Safety Net | Anthracite 153x214

- Small rectangular trampoline with safety net
- 1.5mm thick frame with 4 legs for stability
- Anthracite edge with 2cm thickness filled with EPE foam
- 36 Goldspring springs, 16.5cm in length
- Quality and affordable trampoline
- Suitable for 1-2 large children or 2-3 toddlers
Selected especially for you
Product description
The Salta Rectangular Trampoline with Safety Net Anthracite 153x214 is the perfect choice for those looking for a small yet sturdy trampoline. The trampoline features a 1.5mm thick frame with four legs ensuring excellent stability. The anthracite-colored trampoline edge, filled with EPE foam, provides both safety and durability. With 36 Goldspring springs, each 16.5cm long, this trampoline offers a quality jumping experience at an affordable price. It is suitable for 1 to 2 large children or 2 to 3 toddlers.
Dimensions and Material
The Salta Rectangular Trampoline has the following steelwork specifications: - Dimensions (D x W x H): 153 x 214 x 53 cm - Top rail diameter: ø31.8 x 1.5 mm - Frame diameter: ø28.6 x 1.5 mm - Number of legs: 4 - Heavy galvanized frame for durability
Functionality and Design
The safety pad of the trampoline is 2cm thick and 30cm wide, made of high-quality PVC and EPE foam. The safety net is strong, fine-meshed, and easy to install with double attachment hooks. The trampoline frame is double galvanized, ensuring prolonged use.
Usage and Application
The Salta Rectangular Trampoline with Safety Net is TÜV/GS approved and can support a maximum weight of 150kg. It comes with a warranty of 3 years for the frame, 2 years for the safety net, and 1 year for the safety pad, jumping cloth, and springs.
Features
- 36 Goldspring springs for great bounce
- Top-quality jumping mat
- Easy-to-assemble safety net with zipper opening
- Recommendation to keep a minimum distance of 40cm from walls for safety
- Not suitable for burying; consider purchasing an Inground trampoline for that purpose
- Inground trampolines offer optimal airflow and durability for buried installations