Fresh reporting puts full-scale Aeroberm tests in 2027. The raised modular pad aims to manage rotor wash, with installation-level performance still to be established.
2027 — reported planned full-scale testing 15 Oct 2026 — date displayed on AIN report
Rotor wash can determine how much land a vertiport needs and how close people or equipment can safely approach.
Aircraft and rotor conditions used, measured flow fields, noise results and independent reporting of the full-scale tests.
Skyportz plans to test its full-scale Aeroberm vertipad in 2027, according to an Aviation International News report dated 15 October. AIN describes fabrication as underway in Australia. The development concerns test infrastructure and a planned validation campaign.
Aeroberm’s first-party material describes an elevated modular landing surface with panels intended to redirect rotor-generated airflow beneath the pad. The manufacturer links its design work to research with Swinburne University of Technology. Performance statements on the product website remain manufacturer claims.
During vertical flight, rotor flow reaches the landing surface and spreads outward. Its behavior depends on the aircraft, rotor arrangement, height above the pad and surrounding structures. Aeroberm proposes to manage that interaction through the landing surface itself.
PropulsionWatch analysis: the value of full-scale testing is the opportunity to measure the resulting flow field under representative conditions. Useful reporting would specify rotor thrust, aircraft position, ambient wind, measurement height and distance from the pad. A single maximum reduction would provide less guidance than a map showing where hazardous flow remains.
Noise should also be measured around the installation. Changing the ground interaction could alter local exposure without establishing the noise outcome across an entire site. Access routes, nearby buildings and the operating aircraft would still need assessment.
The test plan does not establish an approved operating vertiport. The next substantive evidence is measured full-scale performance, with clear test conditions and independent scrutiny, followed by site-specific requirements and authority decisions.
Image: official Skyportz Aeroberm concept rendering. It illustrates the proposed modular pad and does not depict a completed installation or successful full-scale test. Credit: Skyportz.
Aviation International News — full-scale test plan, page dated 15 October 2026; Aeroberm — manufacturer technology description; Skyportz — product background and official concept imagery. The AIN URL includes 14 October, while the page displays 15 October. Both are within the scan window. Test plans are reported; engineering assessment is PropulsionWatch analysis.
