Project Economics

The Cost of Wind Delay.

Wind delays do more than stall progress—they drain your budget. In just six months, one company lost 89 hours of lifting time, resulting in nearly $280,000 of wasted resource expenditure. The VLN reduces downtime so you aren't paying for idle resources.

Lost Time 89 HRS 6-Month Deployment
Estimated Impact $279,648 Unmitigated Cost
Net Savings $195,500 VLN Efficiency Gain
Expand Wind Envelopes

Effectively double your working wind speed threshold, turning "dead time" into productive work hours.*

Safer, Faster Lifts

Remote load control from up to 182m away removes personnel from the line-of-fire while accelerating cycle times.

Note *Operational performance increases depend on load geometry, surface area, and site-specific variables. Savings are estimated based on Tier-1 crane standing costs and associated labour rates.

Financial Engineering

ROI Calculator.

Quantify the impact of wind downtime. Move from "Weather Stalled" to "Schedule Certainty."

Calculation includes the standardised 6-month hire amortisation of one VLN unit.
Project Days Recovered
Net Cash Benefit (6mo)
Break-even Point
Technical Breakdown

Get a formal PDF version of this ROI report for your Project Manager.

Field Validation

Proven on Site.

At the Penrith Stadium Redevelopment, John Holland transitioned from traditional taglines to the Vita Load Navigator (VLN). The result wasn't just a safer site—it was a production revolution.

Traditional Output 8 Lifts/Shift
VLN Output 12 Lifts/Shift
"Achieving a 40% surge in crane hook-time allows project managers to reclaim weeks from the critical path."
Penrith Stadium Site Data
Production Engineering

Performance Calculator.

Quantify the "Penrith Advantage." See how a 40% increase in lift production impacts your project's critical path.

Benchmark based on site data: scaling output from 8 to 11+ lifts per shift (+40%).