Aero Gare Sea Hawker / Composite Technologies Sea Hawker / Quikkit Corp Glass Goose / Seahawk Glass Goose

Quikkit Corp Glass Goose

Garry Le Gare’s “Sea Hawk” amphibian progressed to the “Sea Hawker”, marketed by Aero Composite Technologies Inc. A two-seat, staggered biplane.

The Quikkit Corp Glass Goose is a composites-constructed two-seat amphibious biplane (introduced in kit form in 1992) from the former Aero Composites Sea Hawker first flown in July 1982 (N82SO).

The two place Quikkit Corp Glass Goose first flew in 1986, and has an empty weight of 950 lbs and gross weight of 1,800 lbs. The aircraft has a cruise speed of 140 mph and a range of 1000 miles. Powerplant options include 160 hp Lycoming 0-320 and 185 hp Subaru engines. Estimated build time is 1000 hours. Assembly instructions are clear and concise and there is no welding and machine shop work. Up to the final wing attachment, you can build the Glass Goose with common hand tools in a two car garage.

Quikkit Corp Glass Goose

Construction is of composite-fiberglass, kevlar, and carbon fiber control surfaces. There are four flaperons (pre molded carbon fiber flapperons available) and the landing gear is retractable – electric/hydraulic – with rough terrain dual main wheels. The sponsons are solid core short wings attached to lower fuselage at waterline.

32 known flying by Mar 1988.

Kit Contents
Premolded Parts, Stainless Steel Weldments, Additional required foam and composite materials, Landing gear, control system, AN hardware, wheels, tires, brakes and full assembly instructions. Also a starter amount of glass and epoxy.

Building Time
The factory staff builds a Goose in less than 1000 Hours, with no special jigging or equipment. Homebuilder times will vary depending on builder experience. The many pre-molded parts, and composite construction, make the Goose a ‘fast build’ kit. To further cut time there are several Quick Build Options.

Engine options include Lycoming O-320, 160 – 180 hp; Jabiru 5100, 180 hp, and several builders were experimenting with auto conversions.

Seahawk Glass Goose

A two seat amphibious aircraft. All composite featuring kevlar hull, carbon main spars and fibreglass airframe.
Hyraulic retractable gear.

Gallery

Aero Composite Sea Hawker
Engine: 150hp Lycoming O-320
Wingspan: 24’0″
Length: 21’6″
Useful load: 750 lb
Max speed: 148 mph
Cruise: 138 mph
Stall: 42 mph
Range: 1200 mi
Seats: 2

Quikkit Corp Glass Goose
Engine: Subaru-Lycoming
Wing span: 8.23 m
Wing area: 12 sq.m
MAUW: 816 kg
Empty weight: 408 kg
Fuel capacity: 265 lt
Max speed: 257 kph
Cruise speed: 225 kph
Minimum speed: 68 kph
Climb rate: 6 m/s
Seats: 2
Fuel consumption: 35 lt/hr
Plan price (1998): $300
Kit price (1998): $25,000

Quikkit Corp Glass Goose
Engine: Lycoming, 160 hp
HP range: 150-185
Height: 7.5 ft
Length: 19.5 ft
Wing span: 27 ft
Wing area: 151 sq.ft
Weight empty: 900 lb
Gross: 1800 lb
Fuel cap: 70 USG
Speed max: 160 mph
Cruise: 145 mph
Range: 1100 sm
Stall: 50 mph
ROC: 1500 fpm
Take-off dist: 700 ft (700 ft water)
Landing dist: 900 ft (800 ft water)
Service ceiling: 13,000 ft
Seats: 2 side by side
Landing gear: retractable nose wheel
Cockpit width: 42 in

Quikkit Corp Glass Goose
Length: 19.5 ft
Height: 7.5 ft
Wing Span: 27 ft
Propeller: Aluminum Hub, 4 Blade Carbon Fiber Ground Adjustable
Cruise: 140 mph
Vmax,Vne: 160 mph
Takeoff Roll: 800 ft
Landing: 900 ft
Climb rate: 1200 fpm
Stall Clean: 50 mph
Stall Full Flaps 45 mph
Empty Weight: 900 lb
Gross Weight: 1800 lb
Useful Load: 900 lb
Fuel Capacity: 70 Gal Standard (Wet Wings); Four Tanks
Range: 1100 Stat Miles +
Service Ceiling: 12000 ft

Seahawk Glass Goose
Engine: Lycoming 0-320-D3G, 150hp
Cruise: 95-105kt at 2350rpm
Fuel burn: 32lt/hr

Aero Gare Sea Hawk

Three years of design work and almost eighteen months construction by Aero Gare of California saw two prototypes constructed, and resulted in flight testing in 1985. A Sea Hawk wing kit, assembled and static load tested, failed in excess of 9.5G loading. Analysis revealed deficiencies in construction technique with changes resulting in a wing capable of withstanding loads in excess of 10G’s without weight penalty.
The Sea Hawk was designed from the beginning to utilize composite construction. The Sea Hawk’s unusual biplane appearance has not detracted from its popularity with 150 kits sold in three months from release date.
The design has the ability to use many different engines in the 100 to 160hp range.

Tim Good was at AirVenture 2019 and spotted the original prototype Sea Hawk by Garry LeGare hidden behind a garage just off Ripple Ave near Camp Scholler.

prototype Sea Hawk          courtesy Tim Good

Engine: 100-160 hp
Gross weight: 1600 lb
Empty weight: 850 lb
Fuel capacity: 70 USG
Wingspan: 24 ft
Length: 21 ft
Height: 76 in
Cruise: 120 kt
Stall: 42 mph
Climb rate: 1200 fpm
Ceiling: 18,000 ft
Takeoff distance: 500 ft
Landing distance: 600 ft
Range: 1320 sm

Aero-Flight Streak

AFA-3 Streak-165

The Streak two-seat all-metal monoplane was developed by the Aero-Flight Aircraft Corporation of California in three versions which were similar apart from fuel capacities and engines.

Dec 60

Designed by James Nagamatsu (ex-Curtiss Co), the cost was $3,995. Two were built, including NX92846. NX92846 was repowered at Long Beach in Oct 1947 with 125hp Continental C-125 as AFA-2, and c.1949 as AFA-3 with 165hp Continental C-125.

Aero Flight Streak 85 NX92846

Project abandoned after failing to arouse interest in a saturated post-war market.

Aero Flight Streak 225 N6300C

AFA-1 Streak-85
Engine: Continental C85-12J, 85 hp
Wingspan: 25’3″
Length: 21’2″
Useful load: 559 lb
Max speed: 175 mph
Cruise: 165 mph
Stall: 52 mph
Range: 700 mi
Ceiling: 17,000′
Seats: 2

AFA-2 Streak-125
Engine: Continental C125, 125 hp
Wingspan: 25’3″
Length: 21’8″
Useful load: 600 lb
Max speed: 203 mph
Cruise: 192 mph
Stall: 55 mph
Range: 600-750 mi
Seats: 2

AFA-3 Streak-165
Engine: Franklin, 165 hp
Wing span: 25 ft 3 in
Length: 22 ft 4 in
Empty weight: 1060 lb
Loaded weight: 1695 lb
Max speed: 219 mph
Cruise: 210 mph
ROC: 2000 fpm
Max range: 1065 mi
Seats: 2

Aero & Engineering Services / AES Sky Ranger

A side by side two seater single engined high wing mono¬plane with conventional three axis control. Wing has swept back leading edge, swept forward trailing edge and tapering chord; conventional tail. Pitch control by elevator on tail; yaw control by fin mounted rudder; roll control by half span ailerons; control inputs through stick for pitch/roll and pedals for yaw. Wing braced from below by struts; wing profile NACA 4415 (root), 4412 (tip), 100% double surface. Undercarriage has three wheels in tricycle formation; glass fibre sus¬pension on all wheels. Push right go right nosewheel steering connected to yaw control. Optional brakes on main wheels. Glass fibre fuselage, partially enclosed. Engine mounted above wing driving tractor propeller. Fuselage uses bonded internal framing made from uni directional glass fibre impregnated with aircraft quality resin. Ribs and I section spar from laminated glass fibre and foam; spruce spar caps. Leading edge is pre formed foam and glass fibre; trailing edge is spruce; rest of wing covered with zero porosity Dacron.
Just as the Aero & En¬gineering Services’ Lone Ranger is derived from its Striplin namesake, so the British Sky Ranger is taken from the Striplin Sky Ranger.
The aircraft has been considerably mod¬ified for European conditions, in a manner very similar to that applied to the Sky Ranger. Standard engine is the Cuyuna 430 with reduction drive. One aircraft was been produced with a Hunting HS525A engine.
Unlike the Lone Ranger, the standard cabin has no fixed side panel, both sides being left open unless the optional doors are ordered.

Engine: Cuyuna 430, 30 hp at 6300 rpm
Propeller dia x pitch: 60 x 36 in / 1.52 x 0.91 m
Total fuel capacity: 9.6 USG / 8.0 Imp gal / 36.3 litre
Micro V belt ratio: 2.2/1
Power per unit area: 0.19 hp/sq.ft / 2.0hp/sq.m
Length overall: 17.0 ft / 5.18 m
Height overall: 8.0 ft / 2.44m
Wing span: 36.0 ft / 10.97m
Chord at root: 5.0 ft / 1.52m
Chord at tip: 4.0 ft / 1.22m
Dihedral: 5 degrees
Sweepback: 1.5 degrees
Tailplane span: 8.4 ft / 2.56 m
Fin height: 3.5 ft / 1.07 m
Total wing area: 162 sq.ft / 15.1 sq.m
Total aileron area: 16.6 sq.ft / 1.54 sq.m
Fin area: 6.2 sq.ft / 0.58sq.m
Rudder area: 4.4 sq.ft / 0.41 sq.m
Tail¬plane area: 10.0 sq.ft / 0.93 sq.m
Total elevator area: 9.1 sq.ft / 0.85 sq.m
Wing aspect ratio: 8.0/1
Wheel track: 5.0ft / 1.52m
Wheelbase: 4.8ft / 1.46 m
Nosewheel dia overall: 11 in / 28 cm
Main wheels dia overall: 14 in / 36 cm
Empty weight: 330 lb / 150kg
Max take off weight: 760 lb / 345kg
Payload: 370 lb / 168kg
Load factors design: +4.0 / 2.0
Load factors ulti¬mate: +6.0, 3.0
Max wing loading: 4.69 lb/sq.ft / 22.8 kg/sq.m
Max power loading: 25.3 lb/hp / 11.5kg/hp
Max level speed: 80 mph / 129 kph
Never exceed speed: 90 mph / 145 kph
Max cruising speed: 75 mph / 121 kph
Economic cruise: 65 mph / 105 kph
Stalling speed: 28 mph / 45 kph
Max climb rate at SL: 450 ft/min / 2.3 m/s
Take off distance: 220 ft / 65 m
Land¬ing distance: 350 ft / 105 m
Service ceiling: 8000 ft / 2440 m
Min sink rate: 260 ft/min at 35 mph / 1.3 m/s at 56 kph
Best glide ratio pwr off: 15/1 at 39mph / 63 kph
Range at ave cruise: 250 sm / 402 km

Aero & Engineering Services / AES Lone Ranger

A single seat single engined high wing monoplane with conventional three axis control. Wing has swept back leading edge, swept forward trailing edge and tapering chord; conventional tail. Pitch control by elevator on tail; yaw control by fin mounted rudder; roll control by half span ailerons; control inputs through stick for pitch/roll and pedals for yaw. Wing braced from below by struts; wing profile NACA 4415 (root), 4412 (tip), 100% double surface. Undercarriage has three wheels in tricycle formation; glass fibre sus¬pension on all wheels. Push right go right nosewheel steering connected to yaw control. Optional brakes on main wheels. Glass fibre fuselage, partially enclosed. Engine mounted above wing driving tractor propeller. Fuselage uses bonded internal framing made from uni directional glass fibre impregnated with aircraft quality resin. Ribs and I section spar from laminated glass fibre and foam; spruce spar caps. Leading edge is pre formed foam and glass fibre; trailing edge is spruce; rest of wing covered with zero porosity Dacron.
The Aero & Engineering Services Lone Ranger started life as a British ¬built Striplin Lone Ranger, David Wilson’s company having the sole European agency for the Striplin machines. However, it has since been substantially modified to suit British tastes and British weather conditions, and must now be regarded as an aircraft in its own right.
The principal change is to the wing design and mounting. The wing section has been increased at the root to a 15% thick NACA4415, tapering to 12% at the tips, while the wing is mounted much more squarely, with virtually no sweepback at the leading edge and a small sweep forward at the trailing edge. The sweepback change is designed to give the effect of increased dihedral, making the aircraft easier to handle in less than perfect conditions. Each wing contains a fuel tank.
Another alteration is the use of convention¬al wood and fabric elevator, ailerons and rudder, rather than foam cored; all the control surfaces are of larger area than on the American machine. Push pull rods are used for the elevator and aileron controls, with a cable for the rudder.
Some early aircraft were fitted with Chrys¬ler engines, which were later rejected in favour of the Zenoah 250. The standard cabin has a windscreen and one side panel; the other side is left open, but a door can be supplied as an extra, making the aircraft totally enclosed.

Engine: Zenoah, 22 hp @ 6300 rpm
Prop: 50×27 in / 1.27x 0.69m
Power per unit area: 0.14hp/sq.ft / 1.5 hp/sq.m
Total fuel capacity: 9.6 USG, 8.0 Imp gal, 36.3 litre.
V belt reduction, ratio: 2.3/1
Length overall: 15.8 ft / 4.82 m
Height overall: 7.2ft / 2.19m
Wing span: 34.0 ft / 10.36m
Chord at root: 5.0ft / 1.52m
Chord at tip: 4.0 ft / 1.22m
Dihedral: 5 degrees
Sweepback: 1.5 degrees
Tailplane span: 8.0 ft / 2.44 m
Fin height: 3.0 ft / 0.91 m
Total wing area: 153 sq.ft / 14.2 sq.m
Total aileron area: 16.6 sq.ft / 1.54 sq.m
Fin area: 4.5 sq.ft / 0.42 sq.m
Rudder area: 4.0 sq.ft / 0.37 sq.m
Tail¬plane area: 8.0 sq.ft / 0.74 sq.m
Total elevator area: 8.0 sq.ft / 0.74 sq.m
Wing aspect ratio: 7.5/1
Wheel track: 3.0 ft / 0.91 m
Wheelbase: 4.5 ft / 1.37 m
Nosewheel dia overall: 11 in / 28 cm
Main wheels dia overall: 11 in / 28 cm
Empty weight: 210 lb / 95kg
Max take off weight: 476 lb / 216 kg
Payload: 210 lb / 95 kg
Max wing loading: 3.11 lb/sq.ft / 15.2kg/sq.m
Max power loading: 21.6 lb/hp / 9.8kg/hp
Load factors: +4.0, 2.0
Design load: +6.0, 3.0 ulti¬mate
Max level speed: 75 mph / 121 kph
Never exceed speed: 80 mph / 129 kph
Max cruising speed: 55 mph / 88 kph
Stalling speed: 21 mph / 34 kph
Max climb rate at SL: 450 ft/min / 2.3 m/s
Min sink rate: 210 ft/min at 33 mph, 1.1 m/s at 53 kph
Best glide ratio pwr off: 17/1 @ 38mph / 61kph
Take off distance: 180 ft / 55 m
Landing distance: 250 ft / 75 m
Service ceiling: 10,000 ft / 3050 m
Range at ave cruise: 250 mile / 402km

Aero Electric Aircraft Sun Flyer

Aero Electric Aircraft Corp One was working on a solar powered all-electric two-seater called the Sun Flyer, along with its development partners Bye Aerospace and German PC Aero.

AEAC started conducting research and development flights with a single-seat technology demonstrator at Centennial Airport (APA) near Denver. The concept airplane first flew out of Munich, Germany, in mid-July. Meanwhile, AEAC has been working on the design of a two-seat prototype of the Sun Flyer, which it hopes to fly sometime during 2015.

The technology demonstrator is equipped with a Geiger Engineering motor that generates 32 kW of power. Power is stored in several battery packs and the airplane is capable of flying for two hours without the supplement of solar energy. AEAC engineers estimate that the two-seat Sun Flyer will be able to fly for three to four hour in bright sunshine. Configuration plans for the Sun Flyer call for a side-by-side arrangement with a similar battery and electric motor setup as the technology demonstrator.

In addition to lower cost and cleaner flight, benefits of the solar-electric powered concept that AEAC’s CEO George Bye said have been confirmed with the technology demonstrator include low-noise, recharging on the ground and in flight and reduced maintenance due to fewer moving parts.

While the FAA still prohibits training flights with electric powered airplanes, the Sun Flyer is targeted to the training market. AEAC is collaborating on a complete training system with Redbird Flight Simulations and Spartan Aeronautical College. The company had not decided whether to pursue certification under Part 23 or the light sport aircraft rules.

Aero Dovron Straton D-8

The motorised ultralight sailplane Straton D8 Moby Dick was original driven for a Trabant or Rotax 227-engine. The wood construction V tail design has fibreglass wingtips and weights only 180kg. Like the D7 Mini Straton, the D8 was developed as a homebuilt motorised sail plane in the Czech Republic. It was available in partial kits or factory assembled leading edges, wing spars and ribs. Due to the low cost price, the Straton D8 was an attractive model for the homebuilder. The D8 is not only built in Europe, but also in the U.S.A.

Engine: Trabant, 24 hp
Hp range: 20-32
Max speed: 80 mph
Cruise: 60 mph
Stall: 20 mph
Range: 240 sm
ROC: 550 fpm
TO dist: 250 ft
Ldg dist: 280 ft
Glide ratio: 18-1
Fuel cap: 5 USG
Empty wt: 250 lb
Mtow: 470 lb
Height: 5.5 ft
Length: 20.7 ft
Wingspan: 38 ft
Wing area: 107 sq.ft
Seats: 1
Undercarriage: single wheel.

Aero Dovron Mini Straton D-7 / Toresi Straton D7

Toresi Straton D7

This motorglider was designed in the Czech Republic in the late 1980’s. It has been certified by the Czech governing body. It has a glide ratio of 17:1, one man field assembly and takeoff. Engine choices are Trabant or Rotax 277. Available as a kit, for approximately US$6995.

The Toresi Straton D7 has a composite fuselage and fabric covered wooden wings.

Engine: Trabant, 24 hp
HP range: 18-35
Speed max: 80 mph
Cruise: 55 mph
Range: 200 sm
Stall: 25 mph
ROC: 550 fpm
Take-off dist: 150 ft
Landing dist: 180 ft
Fuel cap: 5 USG
Weight empty: 250 lb
Gross: 470 lb
Height: 5.5 ft
Length: 19.68 ft
Wing span: 36 ft
Wing area: 105.5 sq.ft
Seats: 1
Landing gear: single wheel

Toresi Straton D7
Engine: Hirth 263, 30 hp
Wing span: 10.80 m
Wing area: 9.98 sq.m
MAUW: 250 kg
Empty weight: 100 kg
Fuel capacity: 20 lt
Max speed: 125 kph
Cruise speed: 85 kph
Minimum speed: 45 kph
Climb rate: 5 m/s
Certification: VZ
Seats: 1
Fuel consumption: 5.5 lt/hr
Kit price (1998): 55 000 Fttc

Aerodis America G-802 Orion

Orion four-seat composites monoplane, with pusher propeller aft of tail, produced by Jean Grinvalds in 1982. Plans and access to moulds later made available from Club Orion.
The Orion was once scheduled to be manufactured in Texas.
The Orion G-802 is the first four-place, all-composite kit plane to be introduced in the United States. The clean surfaces, complemented by its pusher design, enables the Orion to compile impressive performance stats. Time to completion runs between 600 and 800 hours. The G-802 model of the Orion first flew in November 1983.
Advanced Technology in Aviation (ATA) purchased fuselages and reworked them, mainly strengthening the fuselages with carbon fibre and designing a new wing.
Club Orion in France co-ordinates all activity relating to the Orion.

Engine: Lycoming 180 hp
Hp range: 160-200 hp
Gross weight: 2310 lb
Empty weight: 1340 lb
Fuel capacity: 58.2 USgal
Optional fuel capacity: 106.0 USgal
Wingspan: 29 ft 6 in
Length: 22 ft 5.5 in
Top speed 180 hp: 205 mph
Cruise: 186 mph @ 75 % @ SL
Stall: 56 mph
Climb rate: 985 fpm
Ceiling: 14,850 ft
Takeoff roll (50 ft): 1600ft
Landing roll: 650ft
Range std: 932 sm
Optional range: 1864 sm
Max range: 2283 sm