Drilling Drone | Drone-Based Drilling

Drone-Based Drilling

Automated drilling processes for sample extraction, structural maintenance, and active construction tasks

The hero video shows an approximately two-minute drilling process into a wall, filmed from three perspectives. The timer in the corner makes it clear where individual sequences were sped up. Apart from that, the process is shown without cuts: the drone positions itself above the ground, brings the drilling tool into contact with the wall, and performs the drilling process in a controlled way.

This is the core idea behind the IDAS Drilling Drone: mechanical work on structures no longer has to depend entirely on scaffolding, aerial lifts, or rope access. The drone can reach drilling points on hard-to-access facades, walls, bridges, and technical structures, then perform repeatable work directly at the surface.

The demonstrated test takes place close to the ground. Higher up, the process can become even more stable, as ground-level air turbulence and floor-induced disturbances have less influence. This makes drone-based drilling especially relevant for building maintenance, material diagnostics, and active construction tasks directly on the structure.

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Why drill with a drone?

The Drilling Drone combines precise aerial positioning with a specialized tool module. It enables drilling where conventional access methods are expensive, slow, or safety-critical.

Fast access to facades, walls, bridges, silos, and industrial assets
Less scaffolding and lift equipment for individual drilling points or recurring campaigns
Suitable for sample extraction, material diagnostics, and structural condition assessment
Active construction tasks such as pilot holes, set points, and preparation for sensor or fastening systems
Documentable process with video, timer, multiple perspectives, and traceable execution
Modular platform that can be combined with additional tools and sensors

From drilling point to usable sample

In building maintenance, the result is not just about creating a hole. The process needs to be controlled, documented, and useful for the next step. The drone can approach defined points, stabilize the tool at the surface, and record the operation as part of a digital maintenance or inspection workflow.

Approach

The target area is reached from the air without extensive access equipment being set up in advance.

Position

The platform aligns with the structure and keeps the drilling point stable during tool contact.

Drill

The drilling module works into the surface in a controlled way, for example for sample drilling or preparatory construction tasks.

Document

Video, timestamps, and mission data create a traceable basis for inspection reports and follow-up work.

Applications

Sample extraction for structural diagnostics

Facades, concrete surfaces, masonry, and hard-to-reach load-bearing structures require regular assessment. Drone-based drilling can enable targeted sample extraction or preparatory measurement points without every location requiring separate heavy access equipment.

Faster damage and material assessment

Individual drilling points can be reached efficiently to gather information about material condition, layer structure, or maintenance requirements.

Reduced risk for work at height

Personnel remain on the ground while the drone performs the mechanical contact task at the structure.