Advanced Aviation Seawolf

A single pusher engine (of many different sizes) cabin class; conventional-tail amphibian fly¬ing boat, negative stagger biplane, with conventional three-axis control (differential ailerons); retractable tricycle gear for water operations and outrigger floats for lateral stability on the water; and caster¬ing nosewheel and main wheel brakes for steering on land.
Of bolted aluminum tube construction with interbay cable and strut bracing and covered with pre-sewn Dacron envelopes. The Seawolf, has a semi-monocoque hull. Aluminum sheets (2024-T2 alloy) are riveted together with self-sealing pull rivets. All bulkheads and stiffeners are formed aluminum. The cross section is a deep ‘N,” and low-porosity foam blocks inside the hull help distribute water loads and give additional flotation. Three sections provide housing for the retractable nosewheel, anchoring for the main structure and gear, and structural support for the tail and tail skid. In the ladder-style wing construction is the internal cable brac¬ing, with 85 percent span ailerons, and a torque-tube control system. The tail group is also Dacron and tube, with fold-down capa¬bility for trailering. Control linkage is via stainless-steel cable for rudder, and teleflex-type for elevator. The landing gear is a conventional tri¬cycle setup, with retraction via a single lever in the cockpit. Advanced Aviation planned to offer several different engine packages, either air or liquid cooled, in power ratings up to 65.

HB-35
Horsepower: 35
Thrust: 250 lb
Pwr loading; 18.4 lb/hp
Prop: 68 in
MTOW: 644 lb
Empty wt: 304 lb
Max pilot wt: 260 lb
Fuel cap: 5 USG
Length: 21 ft 3 in
Wing span: 23 ft 6 in
Wing area: 165 sq.ft
Aspect ratio: 6.93
Wing loading: 3.93 lb/sq.ft
Stall: 24 mph
Max speed: 63 mph
Vne: 79 mph
Vr: 29 mph
Cruise 75%: 57 mph
Best climb angle: 34 mph
Best glide: 31 mph
Cruise 65% power: 52 mph
Max ROC: 750 fpm @ 38 mph
Baggage cap: 50 lbs / 20 cu.ft
Range(30min res)75%: 152 sm
Range(30min res)65%: 157 sm
Manoeuvre speed: 53 mph
Land T/O dist: 125 ft
Water T/O dist: 250 ft
Ldg dist land: 125 ft
Ldg dist water: 250 ft

HB-43

HB-48

HB-65

Advanced Aviation Cobra / King Cobra

King Cobra B

The Cobra was a completely new design according to the releases from Advanced Aviation. The wing is totally new and, although the aircraft still has a cruciform empennage, it has been completely changed to fit it for its role as a three axis device. The Cobra was presented for the first time at the 1982 Oshkosh and was next shown at the Sun ‘n’ Fun event at Lakeland the same year.

Advanced Aviation Cobra / King Cobra Article

Recognition points include a rectangular plan form wing with triangular wing tips and double skin fabric over the whole chord. It has spoilerons of single thickness cloth and the trailing edge is notched between each batten, giving the impression of a batwing. Options are a braked steerable nosewheel, wheel fairings, reserve petrol tank, floats, skis, a parachute and an instrument panel. A single seat, single engined, high wing mono¬plane with conventional, three axis control. The wing has unswept leading and trailing edges, and constant chord except for triangular wing tips; cruciform tail. Pitch control by elevator on tail; yaw control by fully flying rudder; roll control by half span spoilerons; control inputs through stick for pitch/roll and pedals for yaw. The wing was braced from above by kingpost and cables, from below by cables; wing profile; 90% double surface. Undercarriage has three wheels in tricycle formation; torsion bar sus¬pension. Optional push right go right nose¬wheel steering connected to yaw control. Optional brake on nosewheel. Aluminium ¬tube framework, without pod. Engine mounted above wing driving pusher propeller. Tubing used is 6061T6 anodized aluminium; wing covering is Dacron. Rigging is vinyl ¬coated stainless steel cable. Price (January 1983) $4995 in kit form.

The two seat King Cobra debuted at 1983’s Sun ‘n Fun. The two seat trainer version of the Cobra and has side-by-side seating configuration, with dual flying and engine controls for instructional purposes. The nose wheel is steer¬able on both models, in-line planetary gear, optional floats.

Cobra
Engine: Cuyuna ULII-02 (429 cc) 35 hp.
Static thrust: 225 lb.
Empty wt: 250 lb.
Wing span: 35ft.
Wing area: 152 sq.ft.
Aspect ratio: 8.0.
Height: 9ft 3in.
Length: 17ft 6in.
Fuel cap: 5 USG.
Max wt: 525 lb.
Stall: 26 mph.
Max speed: 63 mph.
Vne: 70 mph.
Design limit: +5, -3g.
Climb rate: 800 fpm @ 38 mph.
Glide ratio: 9-1.
Wing loading: 3.39 lb/sq.ft.
Power loading: 15 lb/hp.
Construction: Aluminium, Dacron.

Engine: Cuyuna 430RR, 30 hp at 6500 rpm.
Propeller dia/pitch: 54x28in, 1.37×0.71m.
Reduction, ratio: 2.1/1.
Power per unit area: 0.20 hp/sq.ft, 2.1 hp/sq.m.
Fuel capacity: 4.8 US gal, 4.0 Imp gal, 18.2 lt
Wing span: 35.0ft, 10.7m.
Constant chord: 4.3 ft, 1.30 m.
Sweepback: 0 Degs
Total wing area: 152 sq.ft, 14.1sq.m.
Wing aspect ratio: 8.0.
Empty weight: 235 lb, 107 kg.
Max take off weight: 525 lb, 238 kg.
Payload: 290 lb, 132kg.
Max wing loading: 3.45 lb/sq.ft, 16.9 kg/sq.m.
Max pwr load: 17.5 lb/hp, 7.9 kg/hp.
Max level speed: 65 mph, 105 kph.
Vne: 70 mph, 113 kph.
Max cruising speed: 55 mph, 88 kph.
Economy cruise: 50 mph, 80 kph.
Stalling speed: 24 mph, 38 kph.
Max SL climb: 1000 ft/min, 5.1 m/s.
Best glide ratio: 9/1.
Take off dist: 60 100ft, 18 30m.
Landing distance: 100 ft, 30 m.
Service ceiling: 9900ft, 3000m.
Range at cruise: 130 mile, 209 km.

Cobra B
Engine: Rotax 447
Empty wt: 250 lb
Max wt: 625 lbs
Wing span: 35ft
Wing area: 140 sq.ft.
Wing loading: 3.6 lb/sq.ft
Power loading: 13.13 lb/hp
Max speed: 60 mph
Cruise: 52 mph
Stall: 25 mph
Vne: 75 mph
Seats: 1.

King Cobra
Engine: Rotax 532
Empty wt.: 325 lb
Max wt.: 775 lb
Wing span: 34ft 6in
Wing area: 146 sq.ft.
Wing loading: 5.3 lb/sq.ft
Power loading: 12.11 lb/hp
Max speed: 65 mph
Cruise: 50 mph
Stall: 31 mph
Vne: 75 mph
Seats: 2

Advanced Aviation Huski / Hi Nuski / Hi-Nuski-Huski / Coyote

The Hi-Nuski was a three axis (actuated by weight shift) ultralight, a clone of the Eipper Quicksilver. The changes were a 2 in. square wing-root tube, more forward engine placement, re-engineered prop drive shaft, harness actuated ailerons, open wing tips, larger rudder and tricycle undercarriage. First built in 1978, this appeared at Oshkosh 1979 and by June 1981, 147 had been delivered.

Advanced Aviation Huski Article

The Hi-Nuski, was fitted with a twin Chrysler engine pack and trim elevators, and created the Hi-Nuski-Huski. A mono-wing with conventional tail, control is accomplished by weight shift, with rudder and ailerons attached to a movable harness. The separate rudder is all-flying. Pitch is controlled by variable CG. Con¬struction consists of aluminum tubing covered with 3.9-ounce Dacron on the wing and tail surfaces. The fuselage uses square tube. The engine was one Cuyuna mounted in pusher position at the center of the wing. Direct drive turns a two-blade Woods wooden propeller. Fuel is carried in a nylon rotocast tank, which is attached by one bolt through the center and cushioned on a foam pad. The landing gear was coil-spring tricycle gear with a steerable nosewheel and no brakes. All wheels were 10-inch.
The Huski in its various forms (it was originally called Hi Nuski, then after some improvements the Hi Nuski Huski, and final¬ly just Huski), was produced for several years and was complemented by the Huski II. The Huski is a single seat single engined high wing mono¬plane with hybrid control. Wing has unswept leading and trailing edges, and constant chord; cruciform tail. Pitch control by fully flying tail; yaw control by fully flying rudder; roll control by one third span spoilers; control inputs through weight shift for pitch/yaw/roll. The single surface wing is braced from above by kingpost and cables, and from below by cables. Undercarriage has three wheels in tricycle formation; steel spring suspension. Nosewheel steering is independent from yaw control. No brakes. Of aluminium ¬tube framework, without pod. Engine mounted above wing driving pusher propeller. Tubing used is 6061T6 aluminium; wing covering is Dacron.
The Cuyuna engine is mounted above the wing and drives a twin bladed propeller in line with the trailing edge of the wing, between the two tubes which are angled back to support the tailplane.
The Huski is a hybrid, in that although its control inputs are solely weight shift, the change in direction or attitude caused by this alteration of centre of gravity is assisted by one or more control surfaces, in this case elevator, rudder and spoilers.
The Huski II has a similar motor, but whereas the Huski made use of the Cuyuna 430D twin cylinder in line engine producing 30 hp and with direct drive, the Huski II used the 430RR Cuyuna of the same capacity but with a reduction drive of 2/1 to improve fuel efficiency, power and noise level, and twin ignition. Apart from this engine difference, the aircraft are basically the same and used 6061T6 aluminium ¬alloy tube and Dacron fabric with rigging by stainless steel wires. The Huski II was offered with optional floats, nosewheel brake, instrument panel and parachute. Both the Huski and Huski II were discontinued by 1982, the company having decided to concentrate production on the three axis Cobra.
Another option, introduced in 1982, was the Coyote, a smaller engined version of the Huski.
The Coyote used the single cylinder Cuyuna of 215 cc with a reduction drive, and had an optional float kit. The model was discontinued early in 1983.

Hi-Nuski
Gross wt: 450 lbs
Empty wt: 190 lbs
Max pilot wt: 250 lbs

Hi-Nuski-Huski
Engine displacement: 430cc
Rated hp: 30
Static thrust: 190 lbs
Wingspan: 33ft 6in
Wing area: 166 sq.ft
Aspect ratio: 6.76
Overall length: 17ft 3in
Empty weight: 200 lbs
Usable payload (inc fuel): 268 lbs
Wing loading: 2.2lb/sq.ft
Power-off glide ratio: 6:1
Cruise speed (85% pwr): 48 mph
Stall speed: 20-22 mph
Approach speed: 30 mph
Flare speed: 22-24 mph
Liftoff speed: 25 mph
Takeoff roll dist: 40-100ft
Rate of climb: 800 fpm
Fuel capacity: 3 USG
Range at cruise: 90 sm

Huski II
Engine: Cuyuna 430RR, 30 hp/6500 rpm
Reduction ratio: 2.0/1
Fuel capacity: 4.8 US gal, 4.0 ImpGal, 18.0 lt
Pwr loading: 0.18hp/sq.ft, 1.9 hp/sq.m
Length overall: 16.8 ft, 5.10 m
Height overall: 9.8 ft, 2.97m
Wing span: 33.5 ft, 10.21m
Constant chord: 5.0 ft, 1.52 m
Sweepback: 0 Degs
Wing aspect ratio: 6.8/1
Total wing area: 166 sq.ft, 15.4 sq.m
Main wheels diameter: 10 in / 25 cm
Empty weight: 212 lb, 96 kg
Max take off weight: 470 lb, 213kg
Payload: 258 lb, 117 kg
Max wing loading: 2.83 lb/sq.ft, 13.8 kg/sq.m
Max pwr loading: 15.7 lb/hp, 7.1 kg/hp
Max level speed: 55 mph, 88 kph
Vne: 60 mph, 97 kph
Max cruise: 45 mph, 72 kph
Economy cruise: 35 mph, 56 kph
Stall: 22 24 mph, 35 39 kph
Max SL ROC: 1000 ft/min, 5.1 m/s.
Pwr off glide ratio: 6/1
Take off dist: 40 80 ft, 12 25 m
Landing distance: 100 ft, 30 m.

Huski
Engine: Cuyuna 430D, 30 hp/6500 rpm.
Propeller dia/pitch: 36 x 16 inch, 0.91 x 0.41 m.
Reduction: None
Power/unit, area: 0.18hp/sq.ft, 1.9 hp/sq.m
Fuel capacity: 4.8 US gal, 4.0 ImpG, 18.0 lt
Length overall: 16.8ft, 5.10 m
Height overall: 9.8 ft, 2.97 m.
Wing span: 33.5 ft, 10.21m.
Constant chord: 5.0 ft, 1.52 m.
Sweepback: 0 Degs
Total wing area: 166 sq.ft, 15.4 sq.m
Wing aspect ratio: 6.8/1
Main wheels dia: 10 inch 25 cm.
Empty weight: 198 lb, 90 kg
Max take off wt: 468 lb, 212kg
Payload: 270 lb, 122 kg
Max pwr loading: 15.6 lb/hp, 7.07kg/hp.
Max wing loading: 2.82 lb/sq.ft, 13.8kg/sq.m
Max level speed: 53 mph, 85 kph.
Never exceed speed: 60 mph, 97 kph.
Max cruise: 43 mph, 69 kph
Economy cruise: 35 mph, 56 kph.
Stalling speed: 22 24 mph, 35 39 kph.
Max SL climb rate: 800 ft/min, 4.1 m/s.
Best glide ratio: 6/1
Take off distance: 50 100ft, 15 30 m.
Landing dist: 100 ft, 30 m.

Coyote
Engine: Cuyuna 215R, 20 hp/5500 6000 rpm
Reduc¬tion ratio: 2.0/1.
Pwr/unit area: 0.12hp/sq.ft, 1.3hp/sq.m.
Length overall: 16.8 ft, 5.10 m.
Height overall: 9.8 ft, 2.97 m.
Wing span: 33.5 ft, 10.21 m.
Constant chord: 5.0 ft, 1.52 m.
Sweepback: 0 Degs
Total wing area: 166 sq.ft, 15.4 sq.m.
Wing aspect ratio: 6.8/1.
Main wheels dia: 10 inch 25 cm.
Empty weight: 185 lb, 84 kg.
Max take off wt: 422 lb, 191 kg.
Payload: 236 lb, 107 kg.
Max wing load: 2.54 lb/sq.ft, 12.4kg/sq.m.
Max pwr load: 21.1 lb/hp, 9.6 kg/hp.
Max level speed: 45mph, 72 kph.
Never exceed speed: 60mph, 97 kph.
Max cruise: 35 mph, 56 kph.
Economy cruise: 30mph, 48 kph.
Stalling speed: 20 22mph, 32 35 kph.
Max SL climb rate: 450 ft/min, 2.3 m/s.
Best glide ratio: 7/1.
Take off distance: 60 100ft, 18 30 m.
Landing distance: 80 ft, 25 m.

Advanced Aeromarine Carrera

The Carrera was available with a nose wheel or tail wheel, and long or short wings. Options included a 12 USG fuel capacity and twin floats. First flown in 1989.

Advanced Aeromarine Carrera
Engine: Rotax 503, 52 hp
HP range: 52-65
Speed max: 84 mph
Cruise: 68 mph
ROC: 1200 fpm
Take-off dist: 150 ft
Landing dist: 150 ft
Service ceiling: 15,000 ft
Fuel cap: 12 USG
Weight empty: 350 lbs
Gross: 625 lbs
Height: 6.3 ft
Length: 20.1ft
Wing span: 29.7 ft
Wing area: 145 sq.ft
Seats: 1
Landing gear: tail wheel

AASI Jetcruzer

Jetcruzer 500

The design of the AASI Jetcruzer 450 began in March 1983 and the construction of a prototype featuring composites-built unpressurised fuselage, rear-mounted metal wings with winglets, metal canards, and rearmounted turboprop engine with pusher propeller, commenced in 1988. It first flew on 11 January 1989. A pre-production prototype flew three months later, followed by first to production standard September 1992. The Jetcruzer 450 received US certification (TC A49NM) in June 1994. AASI decided to concentrate on the Jetcruzer 500 and Jetcruzer 450 was not put into production.

The 6 seat Jetcruzer 500 was a version differing by having smaller windows, a six foot increase in fuselage length, and a PT6A-66A engine of 850shp. A prototype Jetcruzer 500 was first flown on 22 August 1997 and to be pressurised in production form.

Other versions designed included the Jetcruzer 650, 10-13 seat turboprop, and twin turbofan Stratocruzer 1250-ER but a financial partner was sought before development could continue.

The assets of US company Jetcruzer were auctioned recently (2002), with the top bid for the prototype aircraft, molds, drawings and a type certificate being a mere US$125,000. While the reserve was US$500.000, the offer may well be accepted. Jetcruzer spent nearly US$100 million in engineering, development and certification of its rear-engine turboprop.

AASI 500 N200JC

Prototype
Engine: Allison 250-C20S, 420 shp.

Jetcruzer 450
Engine: Pratt & Whitney PT6-66A, 850 shp
Cruise: 300 mph
Stall: 58 kt

Jetcruzer 500
Engine: Pratt & Whitney Canada PT6A-66 turboprop, 850 shp.
Prop: 7’0″ 5-blade pusher
Wingspan: 42 ft 2 in / 12.85m
Length: 28 ft 2 in / 8.59m
Height: 10 ft 5 in / 8.59m
Foreplane span: 18 ft 9 in / 5.71m
Wing area: 193.2 sq.ft / 17.94 sq.m
Foreplane area: 39.9 sq.ft / 3.71 sq.m
Empty weight: 2950 lb / 1338 kg
MTOW: 5500 lb / 2495 kg
Max Op Speed: 345 mph @ 22,000 ft
Max Cruise: 345 mph @ 22,000ft
Service ceiling: 30,000 ft
TO dist to 50ft: 1530ft / 530m
Ldg dist from 50ft: 1430 ft / 436 m
Max range: 1818 sm / 2926 km
Seats: 6

Jetcruzer 500P
Engine: Pratt & Whitney Canada PT6A 66A, 1550 shp
Length: 30.184 ft / 9.2 m
Height: 6.988 ft / 2.13 m
Wingspan: 42.192 ft / 12.86 m
Wing area: 191.599 sq.ft / 17.8 sq.m
MTOW: 5501.5 lb / 2495.0 kg
Weight empty: 3080.4 lb / 1397.0 kg
Max. speed: 320 kts / 593 km/h
Initial ROC: 3503.94 ft/min / 17.8 m/s
Service ceiling: 30000 ft / 9144 m
Wing load: 28.7 lb/sq.ft / 140.0 kg/sq.m
Range: 1627 nm / 3013 km
Crew: 1
Payload: 5 pax (max 1100kg)