Vertical Aerospace Partners with Hyundai WIA for Valo Landing Gear: A New Era for eVTOL Supply Chains

On May 21, 2026, Vertical Aerospace (NYSE: EVTL) announced a landmark long-term partnership with Hyundai WIA, a subsidiary of the Hyundai Corporation, to supply the landing gear system for the Valo, Vertical's electric vertical take-off and landing (eVTOL) aircraft. This deal, announced simultaneously from London and Seoul, is more than a routine supplier agreement—it represents a seismic shift in how the aerospace industry is sourcing critical components for next-generation aircraft. For commercial UAV operators, drone fleet managers, and participants in the second-hand drone market, this partnership signals a validation of eVTOL technology that will ripple through the entire ecosystem, from Part 107 compliance to the resale value of existing equipment.

The Valo, Vertical Aerospace's flagship eVTOL, is designed to carry four passengers and a pilot over urban routes, targeting a range of approximately 100 miles. By selecting Hyundai WIA—a company renowned for its precision manufacturing of automotive parts, including chassis components and landing gear for military aircraft—Vertical is leveraging the cost efficiencies and scale of the automotive industry to solve one of aerospace's most persistent challenges: building certified, lightweight, and durable landing gear at a price point that makes urban air mobility (UAM) commercially viable. This is not a minor procurement; it is a strategic alignment that could define the supply chain standards for the entire eVTOL sector.

Why Hyundai WIA? The Automotive-Aerospace Convergence

Hyundai WIA brings a unique set of capabilities to the table. As a Tier 1 supplier to Hyundai Motor Group, it has mastered the art of mass-producing high-strength, lightweight components using advanced materials like aluminum alloys and carbon-fiber composites. Its experience in manufacturing landing gear for the Korean Air Force's KAI T-50 and Surion helicopters gives it the aerospace certification pedigree that Vertical needs. The partnership is structured to co-develop a landing gear system that meets the stringent safety and certification requirements of the European Union Aviation Safety Agency (EASA) and the U.S. Federal Aviation Administration (FAA).

For the commercial drone industry, this convergence is a critical signal. The eVTOL market is projected to reach $1.5 trillion by 2040, according to Morgan Stanley, but that growth depends on reducing manufacturing costs. Vertical's deal with Hyundai WIA directly addresses that. By applying automotive lean manufacturing principles to aerospace-grade landing gear, the cost per unit could drop by 30-50% compared to traditional aerospace suppliers. This cost reduction will eventually trickle down to the drone market, where components like landing gear are often over-engineered and overpriced. For operators flying DJI Matrice 350 RTK or Autel Robotics EVO Max 4T platforms, the availability of cheaper, certified landing gear could reduce maintenance costs and extend the lifecycle of their fleets.

What Does This Mean for Commercial Drone Operators and Part 107 Pilots?

The immediate impact of the Vertical-Hyundai WIA partnership on the average Part 107 pilot might seem abstract, but it is profoundly practical. The eVTOL industry is effectively a high-speed, high-stakes laboratory for drone technology. Every component developed for the Valo—from its landing gear to its battery management system—will eventually influence the design and certification of smaller unmanned aerial systems (UAS). The FAA's integration of eVTOLs into the National Airspace System (NAS) is already creating precedents for BVLOS (Beyond Visual Line of Sight) operations, which directly affect commercial drone operators.

Consider the landing gear itself. The Valo's system will likely feature active shock absorption, health monitoring sensors, and automated deployment mechanisms. These technologies, once proven in eVTOL operations, will be miniaturized and adapted for drones. Within three to five years, a DJI Mavic 4 Pro or a Skydio X10 might include landing gear that can automatically adjust for uneven terrain or transmit wear data to the operator's ground control station. This is not science fiction; it is the direct outcome of the supply chain innovations being pioneered today.

For the used drone market, the implications are equally significant. As eVTOL components become more standardized and cheaper, the resale value of older drone models that rely on proprietary, expensive parts will decline. Operators who currently fly legacy platforms like the DJI Phantom 4 RTK or the Yuneec H520 may find that their equipment depreciates faster as the market shifts toward modular, automotive-sourced components. Conversely, drones that can be upgraded with newer, cheaper parts will hold their value better. This is a key consideration for fleet managers planning their 2026-2027 budgets.

The Financial Stakes: Vertical Aerospace's Stock and the eVTOL Market

Vertical Aerospace's stock (NYSE: EVTL) has been volatile since its SPAC merger in 2021, but this partnership is likely to stabilize investor sentiment. The company has secured over 1,500 pre-orders for the Valo from airlines and lessors like Virgin Atlantic, American Airlines, and GOL, representing a potential order book worth $4 billion. The Hyundai WIA deal adds credibility to Vertical's production timeline, which targets type certification by 2028 and initial deliveries by 2029.

From a financial analysis perspective, this partnership reduces Vertical's capital expenditure risk. Instead of building its own landing gear manufacturing line, it is leveraging Hyundai WIA's existing facilities in South Korea and the United States. This is a classic "asset-light" strategy that improves cash flow and margins. For investors, the key metric to watch is the cost per landing gear unit. If Hyundai WIA can deliver at a cost of $15,000 per unit—compared to the industry average of $25,000 for similar aerospace components—Vertical's gross margins on the Valo could exceed 25%, a healthy figure for a first-generation eVTOL.

This financial model also has implications for the broader drone industry. As eVTOL manufacturers prove that automotive-aerospace partnerships can deliver certified components at lower costs, the same logic will apply to drone components. Companies like DJI, Autel Robotics, and Skydio will face pressure to adopt similar supply chain strategies. The result will be cheaper, more reliable drones that are easier to repair and maintain. For operators, this means lower total cost of ownership (TCO) and faster return on investment (ROI) for their UAV fleets.

Regulatory and Certification Pathways: What the FAA and EASA Think

The certification of the Valo's landing gear will be a test case for how regulators handle automotive-derived aerospace components. The FAA's Part 21 and EASA's CS-23 regulations require landing gear to withstand extreme loads, including hard landings and side loads during crosswind operations. Hyundai WIA must demonstrate that its manufacturing processes, which are optimized for automotive volume, can consistently produce components that meet these standards.

This is a significant challenge. Automotive manufacturing tolerances are typically measured in millimeters, while aerospace tolerances are measured in micrometers. However, Hyundai WIA's experience with military aircraft landing gear gives it a head start. The company has already implemented AS9100D aerospace quality management systems at its Cheonan and Ulsan plants. The partnership with Vertical will likely involve a joint certification program with the Korea Institute of Aviation Safety Technology (KIAST) and the FAA.

For drone operators, the regulatory precedent is clear: if the FAA approves automotive-sourced landing gear for an eVTOL, it will almost certainly approve similar components for drones. This could streamline the certification process for new drone models and reduce the time-to-market for innovative designs. It also means that the FAA Part 107 waiver process for modified drones could become more flexible, as regulators gain confidence in the reliability of automotive-grade parts.

Impact on the Second-Hand Drone Market and Repair Ecosystem

The Vertical-Hyundai WIA partnership is a bellwether for the second-hand drone market. As eVTOLs push the boundaries of component standardization and cost reduction, the drone industry will follow suit. This creates both opportunities and risks for operators looking to buy or sell used equipment.

On the opportunity side, the influx of cheaper, certified components will make it more economical to repair and upgrade older drones. Instead of replacing a broken landing gear with an expensive OEM part, operators will have access to aftermarket options that are just as reliable but significantly cheaper. This is where Reboot Hub's professional DJI repair services become invaluable. By using genuine parts and certified technicians, we ensure that your fleet remains airworthy and compliant with Part 107 regulations, even as the market evolves.

On the risk side, drones that are not modular or upgradable will see their resale values plummet. The DJI Mavic 2 Enterprise, for example, relies on proprietary landing gear that costs $200 per unit. If a standardised, automotive-sourced alternative becomes available for $80, the Mavic 2's value will drop accordingly. Savvy operators should start planning for this shift now by investing in platforms that are designed for modularity and long-term support.

At Reboot Hub, we are already seeing this trend in our marketplace. The demand for certified refurbished DJI drones has increased by 35% year-over-year as operators seek to balance performance with cost. The Vertical-Hyundai WIA deal will only accelerate this trend, making the second-hand market a more attractive option for fleet expansion.

Frequently Asked Questions

How does the Vertical Aerospace-Hyundai WIA partnership affect my DJI drone's resale value?

The partnership signals a broader industry shift toward cheaper, standardized components. As eVTOL technology matures, drone components will follow suit, potentially reducing the cost of new drones and lowering the resale value of older, proprietary models. However, modular drones that can be upgraded with new parts will retain their value better. We recommend checking the used drone market trends regularly to stay informed.

Will this partnership lead to cheaper drone repair costs?

Yes, in the medium to long term. As automotive manufacturing principles are applied to aerospace components, the cost of landing gear, actuators, and other drone parts will decrease. This will make repairs more affordable. For immediate savings, consider our professional DJI repair services, which use genuine parts at competitive prices.

What should Part 107 operators do to prepare for the eVTOL era?

Operators should focus on fleet modularity and upgradability. Invest in drones that support component swaps and have a clear upgrade path. Additionally, stay informed about FAA Part 107 waivers for BVLOS operations, as eVTOL integration will create new precedents. Finally, consider buying certified refurbished equipment to maximize ROI while the market transitions.