The Slide & Swing Tower appeals immensely to children. With its climb and slide variations, children will try it out repeatedly, training cardio and muscles as they loop the swing, access beams, fireman's pole and slide. Swinging trains the children's ABC: agility, balance and coordination. These motor skills are crucial when judging distances and navigating e.g. street traffic safely. When jumping off, children build bone density, which is mainly built through weight bearing activity such as jumping in the first decades of life. The platform offers two ways out: the slide, or the Fireman's Pole. Both train spatial awareness, which is important for understanding the body and space, speed and distance. Across the unit, ample space adds room for meeting and exchanging, training social skills.
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.
balance, coordination and spatial awareness are developed when swinging. These are necessary skills for judging distances and navigating.
cause and effect understanding and thinking skills for younger children when swinging.
supports coordination, arm and core muscles. Landing strengthens bone density.
turn-taking and risk-taking.
develops spatial awareness, sense of balance and trains core muscles when sitting upright going down.
empathy stimulated by turn-taking.
cross coordination and eye-hand coordination are supported when children climb the ladder. Leg and core and upper body muscles are used intensely.
learning about turn taking and cooperation.
Length
291 cm
Width
741 cm
Height
319 cm
The Slide & Swing Tower appeals immensely to children. With its climb and slide variations, children will try it out repeatedly, training cardio and muscles as they loop the swing, access beams, fireman's pole and slide. Swinging trains the children's ABC: agility, balance and coordination. These motor skills are crucial when judging distances and navigating e.g. street traffic safely. When jumping off, children build bone density, which is mainly built through weight bearing activity such as jumping in the first decades of life. The platform offers two ways out: the slide, or the Fireman's Pole. Both train spatial awareness, which is important for understanding the body and space, speed and distance. Across the unit, ample space adds room for meeting and exchanging, training social skills.
This product, Slide & Swing Tower (NRO1013), is provided by KOMPAN Australia.
All organic Robinia products by KOMPAN are made of Robinia wood which is sourced from sustainable plantation farms. On request it can be supplied as FSC® Certified (FSC® C004450).
The paint used for coloured components is water based, which is environmentally friendly and has excellent UV resistance. The paint complies with Australian Standards.
The stainless-steel slides with one-piece slide bed are made of high-quality stainless-steel AISI 304.
The hardware is made of stainless steel or galvanised steel to ensure durable connections that has high corrosion resistance.
Swing hangers for Robinia wood crossbeams are made of stainless steel brackets and can move over two axes. The flange bearings are silicone enriched to make the suspension maintenance free.
The standard seats of KOMPAN swings are engineered for maximum safety and durability. The seat two component seat with a PP inner core and outside rubber is produced in one operation. The seats are available with swing chains of either hot-dip galvanised steel or stainless steel for all swings heights.
Our product and sustainability data validation help our clients make informed, sustainable buying choices based on methods validated by Bureau Veritas.
NRO1013-1021
403.1
Total CO₂ emission (kg CO₂e)
0.6
CO₂e/kg (kg CO₂e/kg)
6.5%
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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