Mechanical mine clearance systems must demonstrate reliability, survivability and predictable performance under controlled conditions before they are deployed in operational environments. In April 2019, Global Clearance Solutions (GCS) completed a formal testing and accreditation programme for its GCS-200 remote-operated multi-purpose platform at the Croatian Mine Action Centre - Centre for Testing, Development and Training (CROMAC-CTDT).

The testing focused on validating the system's suitability for safe, efficient and effective mechanical demining in accordance with recognised international standards. Equipped with the T-200 tiller attachment, the GCS-200 successfully completed the full test programme and received CROMAC-CTDT accreditation for mechanical mine clearance.

Structured testing under international standards

The tests were conducted at the Cerovac test site, approximately 60 kilometres south of Zagreb, under the supervision of CROMAC-CTDT. Prior to testing, the platform and supporting equipment underwent a technical inspection to confirm readiness and compliance.

The programme was carried out in accordance with CWA 15044:2009 and IMAS 09.50, covering performance, survivability and operational robustness. Initial trials assessed the system's ability to operate consistently across different soil types, including sand, gravel and topsoil. The GCS-200 demonstrated stable penetration depth and continuous performance across all test lanes at operationally relevant speeds.

Vegetation clearance trials followed, evaluating performance in low, medium and high vegetation densities. During these tests, the system cleared several hundred square metres of terrain and removed individual trees of up to 15 centimetres in diameter without damage to the platform or attachment.

Live mine survivability trials

Subsequent testing focused on survivability and acceptance under live mine conditions. The GCS-200 was exposed to a series of anti-tank and anti-personnel blast and fragmentation mines, initiated through pressure, tripwire and tilt-rod mechanisms.

Across all scenarios, the platform neutralised the mines encountered using the T-200 tiller attachment. Despite the detonation of multiple anti-tank mines, damage was limited to a small number of replaceable wear components on the attachment. Repairs were completed on site within a short time using standard spare parts, allowing testing to continue without interruption.

Accreditation outcome

Based on the results of the full test programme, CROMAC-CTDT issued accreditation for the GCS-200 covering mechanical demining in all tested soil types, vegetation clearance and the neutralisation of both anti-personnel and anti-tank mines.

The accreditation confirms the system's suitability for use in professional mechanical mine clearance programmes where controlled application of mechanical assets forms part of a broader clearance approach.

By combining accredited platforms with trained personnel, maintenance support and operational experience, GCS supports mine action organisations and authorities in reducing explosive risks while maintaining high safety and quality standards.