The K Strong Ecor Construction Harness is designed for work-at-height operations in construction, maintenance, and building access. Six-point adjustability ensures a secure fit for all body types across multiple users and shifts. Three attachment points (front, rear D-rings, plus side rings) support flexible rigging options for facade work, window cleaning, roof access, and ladder safety systems. Padded waist belt and air mesh backing distribute load comfortably during extended work on high-rise facades and buildings.
Built for Professional Work-at-Height:
- Front and rear D-ring fall arrest attachment points
- Padded waist belt with side D-rings for flexible rigging
- Six-point adjustability: chest, shoulder, and leg straps
- Rear sit strap for positioning work
- Rear extension strap for additional safety configurations
- Air mesh and insulation backing for comfort in warm Australian conditions
- UV-resistant, abrasion-resistant polyester webbing (44mm wide, 25kN MBS)
- Steel hardware ED-coated for durability and weather resistance
- Plastic and elasticated webbing holders keep straps organized during work
- Lanyard keepers prevent tangling with harness straps
- Fall arrest indicator tags track harness history and deployment
- Suspension trauma straps reduce risk during prolonged suspension
- Label and instruction pouch built-in for easy reference
- Pass-through buckles simplify rapid donning and doffing
- Compass Asset Technology for equipment tracking and inventory management
- Lightweight polyester construction (2.1 kg) reduces fatigue during long shifts
Perfect For:
- Window cleaning bmu operations
- Facade maintenance and building access work
- Glass replacement vertical rigging
- Construction and maintenance at heights
- Roof work and fall arrest requirements
- Ladder safety system anchorage
- Tower and pole work
- Multi-user work environments where harness adjustment is critical
Certifications:
AS/NZS 1891.1:2020 (Australian/New Zealand fall arrest harness standard)
The Ecor harness bridges construction-grade durability with the flexibility needed for dynamic rope access work on urban buildings.