Outdorable Climb & Slide Package
Minimum 'Soft fall' play space area recommended:
27m2 / 290 sq.ft - Min width 4.2 mt
Suited for 3-6 years.
Natural acetylated weatherproof timber. Non-toxic FSC-certified GOLD Cradle to Cradle environmental certificate. Find out more HERE
Stainless steel / HDPE
This Climb & slide package give you all you need to create the perfect condensed adventure playground for smaller soft fall areas. Maybe its a great starter package to add to as you can. With 2 of the taller 860mmH climbers, a 800mm slide and Monkey bars, together with a real rock climbing wall gives you the essentials to set up a versatile and challenging adventure.
Each BEAVERLODGE climber utilises our ultra-special weatherproof timber. Completely durable in all weather conditions and guaranteed to last outdoors in all conditions! It sounds too good to be true!? Learn more
Made from solid FSC sustainable timber, this structure is 100% environmentally friendly and holds multiple ECO labels. At last, you can enjoy the beauty of natural wood furniture that lasts outdoors.
Encouraging children’s physical and mental development. It is important we promote environments for a child’s physical development through appropriate physical activity. The unlimited flexibility of the outdorable™ BEAVERLODGE adventure set will help in many of these areas, as they explore each new configuration. Encourages and stimulates Imaginative play, Gross motor skills using upper and lower body strength, hand-eye coordination, balance, and spatial awareness.
As you add to this set, there are 100's of ways to configure these original trapezoidal shapes into different modes, creating challenging and flexible learning for your children. Watch them make boats and set sail into the ocean, or hide out in their very own fort to keep safe away from the advancing enemies.
NOTE: for any planks and climbers used over 600mm High, they must be used only on sufficient soft fall (playground surfacing) that complies to AS/NZ 4422 for at least 1500mm from the structure at any given point. Learn more