Why drilling into a van may be costing fleets more than they realise
For decades, drilling into a van has been considered a normal part of the conversion process.
Need to fit a lining kit? Drill it.
Need to secure an accessory? Drill it.
Need to mount internal protection? Drill it.
The industry has accepted this approach for so long that few people stop to question it. Yet commercial vehicles have changed significantly over the last decade, and so have the expectations placed upon them.
Modern vans are more expensive than ever. Electric vehicles continue to grow in popularity. Leasing and contract hire agreements are increasingly common. Residual values have become a key consideration for operators looking to maximise return on investment.
Against that backdrop, every modification made to a vehicle matters.
When a vehicle enters service, its primary role is simple: generate revenue. Whether it is delivering parcels, transporting engineers or supporting critical infrastructure, the vehicle needs to remain productive throughout its working life. However, productivity is only part of the equation. What happens when the vehicle leaves the fleet is equally important.
Damage accumulated during the vehicle’s lifecycle can have a direct impact on resale value and end-of-contract charges. While a lining system is designed to protect the load area, the installation method itself can sometimes create additional considerations.
That is why non-drill approaches are attracting increasing attention across the fleet sector.
By utilising existing vehicle mounting points and vehicle-specific designs, it is possible to install protection systems without creating new holes in the vehicle body. The result is a cleaner installation, a more consistent finish and a solution that can be removed or replaced with minimal disruption.
This shift reflects a broader trend within the industry. Fleet operators are no longer looking at individual products in isolation. They are evaluating the total lifecycle impact of every decision, from acquisition and operation through to disposal and replacement.
Vehicle protection remains essential. The difference is that the conversation is no longer limited to protecting the load area. Increasingly, it includes protecting the vehicle itself.
As commercial vehicles continue to evolve, it is likely that installation methods will evolve alongside them. The question is no longer whether protection is required. The question is how that protection can be delivered while preserving the value of the asset underneath.