ABOUT LORTUNDER
See How It WorksBuilt in the Trades
Inventor and Cofounder
Lortunder originated from firsthand experience in the trades, where overhead work is routine but consistently inefficient and physically demanding. Repetitive tasks performed from unstable positions—often on ladders or in constrained environments—introduced unnecessary strain and reduced control. These conditions were not edge cases; they were part of the daily reality on active job sites.
After working through those conditions directly, it became clear that the issue was not the operators—it was the way the work had to be performed. Lortunder was developed to change that. By introducing a foot-activated system, operators can remain grounded while maintaining full control of the tool, reducing reliance on overhead positioning and improving stability during execution.
This system reflects a practical approach shaped by experience in the field and refined through hands-on development. The objective is straightforward: build equipment that integrates into existing workflows, reduces physical strain exposure, and supports more consistent performance across demanding overhead tasks.
Designed by
The Reality of the Trades
Lortunder was developed from direct experience in the trades, where overhead work consistently exposes gaps in stability, control, and efficiency. Existing methods often rely on improvised setups and workarounds that introduce fatigue, inconsistency, and unnecessary risk over the course of a workday.
On low-margin jobs, these inefficiencies compound quickly. Small losses in speed, added fatigue, and inconsistent output directly impact productivity, timelines, and profitability. For operators, this often means working through physically demanding conditions that are difficult to sustain consistently across a full workday, leading to strain, reduced precision, and increased risk.
Repeated exposure to these conditions across job sites made the limitations clear—not just in safety, but in lost time, reduced output, and avoidable strain on operators.
This system was built to address those conditions at their source—providing a more stable working platform, improving operator control, and enabling repeatable performance across real job-site environments. The result is a more consistent way to execute overhead work without relying on temporary fixes.
Understand the System
See How
Lortunder Works
See how Lortunder integrates into real job-site conditions to improve operator control, reduce fatigue, and maintain consistent overhead performance across a range of tasks and environments.
Designed to address the limitations of conventional setups, the system enables more stable positioning and controlled execution without introducing additional complexity.
Evaluate the Impact
Translate stability and efficiency improvements into measurable gains in productivity, reduced downtime, and improved labor output across overhead work operations.
By improving control at the point of execution, the system helps standardize performance and reduce variability across crews and job conditions.v