Vita Load Navigator
It’s more than a tool, its a productivity booster that protects the Safety of the crew, massively reduces downtime and brings next-level Control to lifting, even in the harshest and windiest conditions.
The Vita Load Navigator (VLN) is a semi-autonomous load control system designed to stabilise and precisely position suspended loads during crane operations. It uses high-powered electric thrusters, advanced sensors, and real-time algorithms to counteract swinging, spinning, and rotation caused by wind, crane movement and other environmental factors.
VLN Operators can fully control the load remotely, or it can operate autonomously even in the harshest, most challenging conditions, making lifts not only safer for the crew, but lifts are also completed faster and more accurately to keep projects on or ahead of schedule.
System Components Summary
This section outlines each core component, explaining its role, functionality, and how it integrates within the broader system to deliver seamless performance and operational efficiency.
(A)
High-Powered Thrusters
(B D)
(A)
Modular Beam
(C & E)
(E)
(F)
(H)
(B D)
LTE & GPS antenna - L1 band compatibility (QZSS, and Galileo)
Uses aviation-grade sensors to detect 1,000 data points per second. including position, motion, and environmental conditions.
GPS, INS, Sensor Suite
(C & E)
Electronics Box
(E)
Battery System
(F)
Remote Control Pendant
(H)
Stabilise and reorient suspended loads using vectored air.
Four independent thrusters pulse air to counteract swinging, spinning, and rotation.
Operate autonomously or via remote control.
Enable precision control within 1 degree of accuracy.
allows for continued lifting operation in high wind speeds (>50km/h) (depending on load dynamics and environmental factors)
Resizable for on-the-fly configuration to meet requirements
40 Tone weightlifting capacity (WLL)
Universal rigging compatibility
Central command unit for managing all system operations.
IP65-rated — dust & waterproof
Houses battery system and onboard electronics including GPS, INS & Sensors
Lithium Iron Phosphate (LiFePO4) smart battery system.
Operational Time: Up to 12 hours on a single charge, (depending on usage and environmental conditions
Charging Time: Typically 6 to 8 hours
Input: 100·240V AC
Capacity: approximately 8.6 kWh
182 m wireless range
fast response time (<1 second)
Auto-hold and dynamic speed control features
reduce or eliminate tagline use
2x memory buttons for repeatable lift positions.
dual remote optional - wireless handshake feature transfers control between operators
