Long before “Mosaic” was a term anyone used*, one airplane stood out for its highly-original design, innovative features, and amazing versatility. Welcome to the once-wonderful world of MVP, the Most Versatile Plane. I am featuring this aircraft as part of an on-going series of our Top 50 Videos (of 1,500) on Dave Loveman’s Light Sport and Ultralight Flyer YouTube channel. The bad news is… MVP never made it to market, a shame… yet despite heroic fund-raising efforts, sufficient support never materialized. The good news… other designers observed what MVP offered. Around the time MVP was actively fund raising, Vickers Aircraft down under in New Zealand had begun work on their Wave that is now nearing market release. Icon’s A5 was already mostly frozen for design but some European entries later showed innovations first promoted for MVP. Developer Darrell Lynds scoured the world for investors. I went with him and other aviation pioneers to China in 2017 where Darrell worked non-stop trying to raise money.
Top 50 Video: MVP — “Most Versatile Plane” LSA Seaplane Entry
"Astoundingly Feature Laden"
In 2014 excitement was high because LSA was celebrating its 10th Anniversary. In recognition of the new aviation sector, EAA provided a high-traffic location at AirVenture for a large display of aircraft, arranged by yours truly. Positioned up front where it was impossible to miss, MVP made a splash. The handsome prototype generated broad attention from the multitudes passing by. I could easily believe 100,000 people looked at MVP that week — huge!Although MVP never flew, the company used renderings that were very convincing, especially given the technology at the time.
Engineer Mike Van Staagen used design wizardry to achieve capabilities without adding weight, a holy grail of aircraft design.
Michael (L) and Darrell Lynds (R) were the father and son team behind MVP. Darrell had previously been the most successful seller of Searey LSA seaplanes.
Singular MVP
Flanking both sides of the MVP are nose-to-tail "catwalks" that enable movement all over the MVP on the water. "You can preflight the engine, inspect the tail, and check the wing’s aft mounted control surfaces," stated the company. "You can even access the aft fuselage to deploy and relax in a fitted hammock that stretches between the engine pylon and the tail."Deck Chairs
MVP's rearrangeable deck was indeed versatile. "This amazingly big surface on a relatively little airplane is just large enough for two people to stretch out and sleep," MVP said at the time. "Deploying a fitted tent and inflating a fitted air mattress makes spending the night a delight (nearby image)."MVP's "origami deck" could be complete covered and flat to use in other ways once landed and secured.
TECHNICAL SPECIFICATIONS: MVP LSA Seaplane all information as originally supplied by developer
- Length, wings extended — 23 feet 9 inchices (7.24 meters)
- Length, wings folded — 26 feet 7 inches (8.1 meters)
- Wingspan: 36 feet 0 inches (10.97 meters)
- Wing Loading: 11 pounds per square foot (54 kilograms per square meter)
- Width, wings folded: 8 feet 0 inches (2.44 meters)
- Powerplant — Rotax 914 turbocharged
- Power Output — 115 horsepower (86 kilowatts)
- Fuel capacity: 26 US gallons (98 liters)
- Cruise Speed, at sea level — 104 knots (120 miles per hour, 193 kilometers per hour)
- Stall Speed, full flaps: 41 knots (47 miles per hour, 76 kilometers per hour)
- Rate of Climb, at sea level: 1,000 feet per minute (5.1 meters per second)
ARTICLE LINKS:
- MVP, all content on design on this website
- Note: MVP.aero website is no longer functioning
- All Dave Loveman videos in which I interview aircraft developers
- Still need to comment on Mosaic? — See these resources, on this website; comment window was extended by FAA to January 10, 2024