This article summarizes reporting by eVTOL Insights.

MD Aircraft Signs LOI with Makmor for 10 Electric Aircraft in India

German aviation manufacturers MD Aircraft GmbH has signed a Letter of Intent (LOI) with Bangalore-based Makmor for the purchase of 10 MDA1 eViator aircraft. According to reporting by eVTOL Insights, this agreement marks a significant step for the German startup as it seeks to enter the burgeoning Indian regional aviation market.

The deal signals a strategic shift for Makmor, a firm primarily known for business management consulting, as it attempts to transition into a regional aviation operator. The agreement focuses on establishing zero-emission connectivity between smaller regional cities in India, leveraging the lower operating costs associated with electric propulsion.

Agreement Details and Strategic Goals

The agreement involves the sale of 10 units of the MDA1 eViator. While the financial terms were not disclosed in the initial reports, the strategic intent is clear: to utilize India’s network of underutilized airstrips for regional connectivity. Unlike the surge of recent announcements focusing on Vertical Takeoff and Landing (eVTOL) air taxis, this deal involves fixed-wing aircraft requiring standard runways.

Makmor, led by Managing Partner Ravi Andrews, formerly of Honeywell Aerospace and Airbus Defence & Space, aims to operate these aircraft to connect Tier-2 and Tier-3 cities. In addition to this aircraft acquisition, Makmor is reportedly pursuing a separate infrastructure strategy, partnering with Sarla Aviation to develop vertiports. However, industry observers note that the MDA1 fleet will operate independently of these vertiports, utilizing existing runway infrastructure instead.

Aircraft Specifications: The MDA1 eViator

The MDA1 is distinct from the “air taxi” concept often associated with electric aviation. It is designed as an electric Conventional Short Takeoff and Landing (eCSTOL) vehicle. According to manufacturer specifications referenced in industry reports, the aircraft is engineered for utility and robustness.

• Capacity: 10 seats (9 passengers plus 1 pilot).
• Range: Approximately 400 km (215 nm), suitable for inter-city hops such as Bangalore to Mysore.
• Runway Requirements: Requires approximately 500 meters (1,640 ft) for takeoff and landing.
• Propulsion: All-electric motors, developed with input from Rolls-Royce, featuring interchangeable battery packs to facilitate rapid turnaround times.

MD Aircraft GmbH, a spinoff of MD Flugzeugbau, is currently seeking Series A funding to advance the program. The company targets the start of flight testing in early 2028, with certification and entry into service projected for 2030.

Regulatory and Operational Context

Operating in the Indian aviation sector requires navigating complex regulatory pathways. The MDA1 will likely prioritize certification from the European Union Aviation Safety Agency (EASA). The Directorate General of Civil Aviation (DGCA) in India typically validates EASA type certificates, a process that will be critical for the aircraft’s entry into the Indian market.

Furthermore, for Makmor to operate these flights commercially, the firm must secure a Scheduled or Non-Scheduled Operator’s Permit (AOP) from the DGCA. As of the time of this reporting, public records do not indicate that Makmor currently holds this permit, representing a significant regulatory milestone the company must clear before the projected 2030 launch.

AirPro News Analysis

While the announcement generates positive momentum for sustainable aviation in India, AirPro News notes several factors that warrant cautious observation.

First, a Letter of Intent (LOI) is generally a non-binding agreement. It serves as a signal of interest rather than a firm financial commitment. With the aircraft’s flight testing not scheduled until 2028, the realization of this deal depends heavily on MD Aircraft’s ability to secure necessary funding and meet development timelines.

Second, Makmor is an unproven entity in the airline operations space. Transitioning from a consultancy to a licensed aviation operator involves significant capital expenditure and operational certification. The success of this venture will depend not only on the aircraft’s performance but also on Makmor’s ability to navigate the DGCA’s rigorous permitting process.

Finally, the choice of a fixed-wing eCSTOL aircraft is a pragmatic deviation from the eVTOL hype. By utilizing existing “ghost airports” and short runways under India’s UDAN scheme, the project avoids the massive infrastructure challenges facing vertiport-dependent air taxis. If the technology matures as promised, the MDA1 could offer a more immediate, albeit less futuristic, solution to regional connectivity than its vertical-lift competitors.

Sources

• eVTOL Insights