Code: 101672

Spacenet™ 2.0

£695

Spacenet™ 2.

1
Max load: 20 KG / 44 LBS
Key features
Features fully removable, adjustable slings for adapting to any rigging scenario.
Lightweight aluminium frame keeps a rigid structure and helps reduce dynamic impact forces from falling objects and debris
Can be easily collapsed and rolled for transportation
Features an easy-empty zip on the base
Built-in air vents allow airflow in windy conditions
Internal hook and loop fasteners for easy installation of NLG Spacenet™ Impact Zone Mat (101673)
The Spacenet™ is a strong catch net designed as a backup system to catch falling materials when working at height.
A durable, lightweight aluminium fold-out frame helps to maintain the Spacenet™ structure during use and along with the adjustable slings makes it easy to set up and adjust to any rigging situation.
Easy to transport from site to site The Spacenet™ can be simply collapsed and rolled up into a compact and manageable package.
The lower zip allows the Spacenet™ to be emptied easily after use whilst the built-in air vents allow the breeze to pass through the net and allow the net to be used in low-windspeed environments.
Pair with the Impact Zone Mat (101673) to create an even more durable product.
  • NLG ID
Technical specification
Max Load: 20 KG / 44 LBS
Load Tested and Third-party Certified: Dynamic (2:1 Safety Factor)
NLG ID™ Technology / Scannable Compatible
Unique Serial Number
Dimensions: 1m (H) x 1m (W) x 2m (D)⁠
Downloads
Features
Features fully removable, adjustable slings for adapting to any rigging scenario.
Lightweight aluminium frame keeps a rigid structure and helps reduce dynamic impact forces from falling objects and debris
Can be easily collapsed and rolled for transportation
Features an easy-empty zip on the base
Built-in air vents allow airflow in windy conditions
Internal hook and loop fasteners for easy installation of NLG Spacenet™ Impact Zone Mat (101673)

Out in the field

The Spacenet™ is a strong catch net designed as a backup system to catch falling materials when working at height.