{{airplane blueprints}} {{aircraft drawings}} {{DIY airplane plans}} {{light aircraft designs}} {{plane construction kits}} {{aviation schematics}} {{ultralight aircraft plans}} {{homebuilt aircraft blueprints}} {{airplane CAD files}} {{3D airplane models}} {{aircraft engineering plans}} {{aviation enthusiasts tools}} {{build your own airplane}} {{aircraft design templates}} {{pilot projects DIY}} Drawings aircraft Wing Ding-II + manual for building Wing Ding-II light aircraft for beginners plans Attention. I am selling a reference to a resource (website) where you can download absolutely free drawings. For digital download only, the item physically will not be sent! You accept that with the purchase! This item is region free, you do not risk your Steam account (BAN) I'll send you a link to download the drawings after your payment. An excellent and detailed material to build ultralight Whing Ding II. drawings. I leave a comment for each of its customers and hope you do the same. For digital download only, the item physically won't be sent! You accept that with the purchase! This example of the Whing Ding II ultralight aircraft by Aerospace Engineer R.W.Hovey was built around Christmas 1977 by Max Kroone, Graham Percy and Steven Samagalski. A brilliantly conceived microlight design which totally predates the now hugely popular ultralight aircraft category. general characteristics • Crew: one • Length: 14 feet (4.3 m) • Wingspan: 17 feet (5.2 m) • Height: 5 feet 6 inches (1.68 m) • Wing area: 98 square meters (9.1 m 2) • Weight: 122 lbs (55 kg) • Gross weight: 300 pounds (136 kg) • Fuel tank capacity: 0.5 US gallons (1.9 L; 0.42 imp gal) • Powerplant: 1 McCulloch MAC-101 chain saw motor, 12.5 hp (9.3 kw) • Screws: 2-blade hand carved wooden propeller performance • Maximum speed: 50 miles / h (80 km / h; 43 kN) • Cruising Speed: 40 miles / h (35 kN, 64 km / h) • Stall speed: 26 miles / h (23 kN, 42 km / h) • Range: 20 miles (17 NMI; 32 km) • Ceiling: 4,000 m (1,219 m) • G constraints: + 3 / -3 • Rate of climb: 100 ft / min (0.51 m / s)