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Wisk Aero Breaks Ground on CA Vertiport

Wisk Aero broke ground on a dedicated 100-ft by 100-ft vertiport at Hollister Municipal Airport, California, on Wednesday. The site will serve as a testbed for the company’s Generation 6 autonomous aircraft.

Wisk Aero broke ground on a dedicated 100-ft by 100-ft vertiport at Hollister Municipal Airport, California, on Wednesday

According to FlyingMag, Wisk Aero broke ground on a dedicated 100-ft by 100-ft vertiport at Hollister Municipal Airport, California, on Wednesday. The new site will serve as a testbed for the company’s Generation 6 autonomous aircraft, marking a significant step toward commercial eVTOL operations.

The vertiport will be one of the first public airport facilities specifically designed for autonomous and electric vertical take-off and landing (eVTOL) aircraft. Wisk said the 100-ft by 100-ft site will support both piloted and unpiloted operations, enabling comprehensive testing under real-world conditions.

Project Overview

Wisk Aero, an autonomous air-taxi developer, announced the groundbreaking ceremony at Hollister Municipal Airport (KCVH) on Wednesday. The company has already been conducting flight tests at the airport, using the existing infrastructure to evaluate its aircraft. The new vertiport will expand the airport’s capabilities, providing a dedicated area for both manned and unmanned operations. The 10,000-square-foot footprint is designed to accommodate the company’s Generation 6 aircraft, which are intended to operate in a variety of urban and suburban environments.

Testing Focus

Wisk plans to use the vertiport to evaluate its Generation 6 aircraft, concentrating on precision landing technologies. The tests will include unpiloted operations in challenging conditions such as reduced visibility and GPS-denied environments. By simulating these scenarios, the company aims to demonstrate the reliability and safety of its autonomous systems in situations that mirror real-world operational challenges.

Regulatory Impact

Data and operational insights gathered from the testing will inform the FAA’s future vertiport design requirements and regulations. The information could lead to a performance-based advisory circular for vertical lift infrastructure, helping to standardize safety and operational protocols across the industry. Wisk’s findings are expected to shape the regulatory framework that will govern the deployment of autonomous eVTOL aircraft nationwide.

Industry Context

Earlier this month, Boeing announced it had agreed to sell Wisk to eVTOL manufacturer Archer Aviation, a move that underscores the growing interest in autonomous air mobility solutions. The sale reflects the strategic importance of autonomous aircraft technology for the future of air transportation. Wisk’s work at Hollister Municipal Airport positions it at the forefront of the emerging eVTOL market, as the company continues to develop and test next-generation air-taxi platforms.

Wisk said the new site will be a dedicated testbed for both piloted and unpiloted operations.

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