Erne Lifting VLN
Executive Briefing

High-Inertia Load
Stabilisation Systems

De-risking Australia's Tier-1 construction operations with aerospace-grade telemetry and precision control.

↓ Begin Briefing
01 // The Danger Zone

The Flaw in
Traditional Rigging

Manual taglines expose personnel to high-risk environments. In high-wind corridors, large surface area loads become unpredictable, resulting in site shutdowns.

  • ✗ Tagline Entanglement: snagging on rebar or structural steel.
  • ✗ Weather Volatility: Cranes grounded due to unmanageable load spin.
  • ✗ Line of Fire: Personnel forced into the drop zone.
Crane conditions
Traditional methods create unacceptable site risk.
02 // The Solution

The Vita Load Navigator (VLN)

The world's most advanced semi-autonomous stabilisation system, utilising 8.6 kWh of smart power and high-torque thrusters.

40 Tonne

Capacity handling up to 240 mt•m² of nominal inertia.

± 1°

Millimetre-accurate Position Hold Control (PHC).

1100 Nm

Peak torque applied instantly to counter wind gusts.

182m

Line-of-Sight range, removing riggers from danger.

Penrith Stadium
03 // Proven Capability

John Holland &
Penrith Stadium

Automating load orientation with Heading Memory saw a massive acceleration in production.

+40%Daily Lift Count Increase
66%Wind Window (Operated up to 20 m/s)
ZeroPersonnel in the drop zone
04 // Integration

Tier-1 Compliance Ready

📋

ASME B30.20 & BTH-1

Compliant with Category B, Class 0 engineering standards.

⚙️

Dura-Mod Integration

Operation with Caldwell modular beams (7' to 20').

🛡️

IP55 / IP65

Ruggedised for extreme Australian heat and dust.

05 // Next Steps

Deploy the VLN on Your Site

Engage Erne Lifting for an operational envelope assessment.

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