Bouncing on the Jumper Square is one of the most popular activities of the playground. Children will be highly attracted to the immediate response of the Jumper to their movements and will want to keep on jumping. The small size of the Jumper makes it perfect as playground "glue", connecting activities when put together in pathways. This will support games like The Ground is Lava. Jumping is a fantastic activity for motor skills such as balance, proprioception and rhythm. When jumping up and down, all big muscle groups get trained. The jumping on and off the Jumper additionally builds bone density. Bone density is primarily built during early youth, so to build strong bones for life, children should take as much weight-bearing activity as they can, and what better way than having fun on the Jumper.
Photos are for conceptual purpose only. Deviations can occur.
Play value is the value gained from play, the value that makes the child 'want' or developmentally 'need' to undertake the activity and thus gives the play item holding power. Play value can be described very precisely in developmental terms, looking into the human physical, cognitive, social and emotional developmental stages.
trains motor skills ABC: agility, balance and coordination, as well as proprioception and rhythm when jumping on and off.
turn-taking and cooperation skills when timing when to jump in and out, one after the other.
supports turn-taking skills and cooperation offering a sturdy, yet softer waiting and observing space for children about to enter.
Length
168 cm
Width
193 cm
Height
3 cm
Bouncing on the Jumper Square is one of the most popular activities of the playground. Children will be highly attracted to the immediate response of the Jumper to their movements and will want to keep on jumping. The small size of the Jumper makes it perfect as playground "glue", connecting activities when put together in pathways. This will support games like The Ground is Lava. Jumping is a fantastic activity for motor skills such as balance, proprioception and rhythm. When jumping up and down, all big muscle groups get trained. The jumping on and off the Jumper additionally builds bone density. Bone density is primarily built during early youth, so to build strong bones for life, children should take as much weight-bearing activity as they can, and what better way than having fun on the Jumper.
This product, Jumper Sixsided 108x108x108cm (JUM103), is provided by KOMPAN Australia.
The jumping membranes are made of 6.0mm thick EP Ethylene-Propylene conveyor belt with polyester polyamide fabric carcass. Spring fixations are reinforced with steel bushings and washers on both sides. The membrane is ozone resistant and equipped with 5 center placed water drain holes.
All 36 springs are made of stainless steel to ensure durability and excellent corrosion resistance. The steel wire is 3,2 mm thick and the last five windings are cone shaped to ensure long lifetime of the jumper.
The tiles are moulded in grey granulated recycled rubber (SBR/NR), and the KOMPAN logo is made from EPDM Ethylene Propylene Diene Monomer. Inside each of the rubber tiles, there is a 3 mm hot-dip galvanised steel plate.
All steel components are manufactured from carbon steel S235 in a thickness of 3 mm. Side panels, support walls for top frame, plates bended with SBR and plates flat for in-situ surfacing are hot dip galvanized.
As a unique feature the SBR tiles can be removed for cleaning and service. By loosen six screws the SBR tile can be lifted up to open and gain access to the springs (see instruction on KOMPAN Master).
If customized colors of the surfacing is requested all jumpers can be ordered with steel plates suitable for in-situ surfacing in preferred colour. For in situ installations there is no service opening option.
Our product and sustainability data validation help our clients make informed, sustainable buying choices based on methods validated by Bureau Veritas.
JUM10301-0301
370.6
Total CO₂ emission (kg CO₂e)
2.05
CO₂e/kg (kg CO₂e/kg)
60.4%
Recycled materials
The overall framework applied for these factors is the Environmental Product Declaration (EPD), which quantifies "environmental information on the life cycle of a product and enables comparisons between products fulfilling the same function" (ISO, 2006). This follows the structure and applies a Life-Cycle Assessment approach to the entire Product stage, from raw material through manufacturing (A1-A3).
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