Erne Lifting
The Future of Precision Load Control
Under The Hood
Aerospace Grade Technology
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Sensor Fusion Engine
GPS, INS, and motion sensors feed data into a control algorithm 1,000 times per second. -
Electric Thrusters
High-power electric fans provide instant torque to correct swing and rotation immediately.
High Capacity WLL
Engineered for heavy-duty operations, providing a Working Load Limit of 40 tonnes for the most demanding lifts.
All-Day Battery
Full-shift endurance with 10 to 12 hours of continuous battery life, ensuring zero downtime during critical paths.
Precision Control
Unmatched orientation accuracy within 1° of your target, eliminating manual drift and constant readjustments.
Heading Memory
Store up to two specific headings in memory for rapid, repeatable pick-and-place precision on high-volume sites.
Lifting Efficiency
Proven to increase overall lifting productivity by 30% by reducing wait times for load stabilization.
Injury Reduction
Drastically improve site safety with a 63% reduction in crane-related injuries by removing riggers from the danger zone.
See It In Action
Calculate Your ROI
Input your crane costs and daily delay hours to see how much wind downtime is costing your project.
Get ROI CalculatorEngineering Excellence
How Load Stabilisation Works
When the 'HOLD' button is engaged, the VLN system activates an aerospace-grade feedback loop to lock the load's orientation.
01. Sensor Fusion
Onboard GPS, Inertial Measurement Units (IMU), and advanced sensors gather data more than 1,000 times per second to provide a real-time data to the system.
02. Intelligent Algorithm
System controller calculates the exact corrective torque required, to rotate the load from the current heading to the desired heading.
03. Dynamic Correction
High-torque thruster fans generate instant directional airflow, counteracting wind forces toreach and maintain desired compass heading within a strict ±1° tolerance.
04. Locked Precision
The system continuously monitors, eliminating accumulated drift and rotation, ensuring the load remains perfectly aligned for the rigger, regardless of changing site gusts or crane movement.
The Business Case
Efficiency
3 times Daily Lifts
Stop waiting for the load to settle. Capture momentum instantly for faster cycles.
Sustainability
Cut Diesel Burn
By reducing crane idle time, you significantly lower the project's carbon footprint.
Safety
Zero Danger Zone
Remote control precision from up to 180m away means no riggers near the drop zone.
Local Support
Why Partner With Erne?
24/7 Support
Australian owned and operated. We understand local site regulations and offer responsive boots-on-the-ground support.
Certified Training
We provide full product training and onboarding for your operators to ensure safe and correct usage.
Maintenance
Local servicing and safety inspections means your project never stops waiting for parts.
Industry Feedback
Get In Touch
Ready to trial the VLN on your site? Contact our team for a quote or demonstration.
Erne Lifting Australia
Sydney, NSW
0418 979 199 sales@ernelifting.com
Rocketlever
A Custom VLN system using an offset beam for loads in hard to reach places, reducing crane time and manual handling.
DustLight
Real-time dust monitoring systems that give instant feedback on air quality, keeping your workforce safe from silica and particulates.
Australian Made & Certified PPE
High-quality, compliant Personal Protective Equipment designed for all Australian Industrial sites.
✅ AS/NZS 4991 - Load Restraint Systems
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✅ ISO 23313 - Safe use of Lifting Equipment
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✅ ASME BTH-1 Design of Below the Hook Lifting
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✅ BS EN 13155 - Non-fixed Load Lifting attachment
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LOLER Regulation 8 - Avoid suspended loads over personnel
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✅ AS/NZS 4991 - Load Restraint Systems | ✅ ISO 23313 - Safe use of Lifting Equipment | ✅ ASME BTH-1 Design of Below the Hook Lifting | ✅ BS EN 13155 - Non-fixed Load Lifting attachment | LOLER Regulation 8 - Avoid suspended loads over personnel |