If I’ve heard one lament repeatedly over a long career, it is that current pilots don’t see enough new pilots coming into aviation. Are you one who worries a little or a lot about that? If not, you are a rare pilot. Is it any wonder, though? The price of aircraft is way, way up. This applies to used aircraft and new — just like it does with your groceries or gasoline. The cost of maintenance is high and rising. Insurance is very expensive (for airplanes as well as cars or houses). Hangars are unavailable with years-long waiting lists at many airports. More than ever it can seem, aviation is an activity for those with fairly thick wallets. The squeeze on modest budgets has rarely been this demanding. Yeah, all that, but this website nonetheless discovers the affordable end of aviation. In that pursuit, I was drawn to an airport with an encouraging twist on the affordability squeeze play.
I-TEC
Website: http://www.itecusa.org/maverick.html
Email: itec@itecusa.org
Phone: (352) 465-4545
Dunnellon, FL 34432 - USAITEC-Maverick (2014)
Not many people have gotten to fly the ITEC Maverick, the flying car candidate that has arrived on the market. We interviewed Roy Beisswenger, publisher of Powered Sport Flying magazine, an expert powered parachute pilot, about his experience at going aloft in Maverick. His perspective is special and he tells us how the vehicle drives and more about how it flies and how these experiences are different from a conventional powered parachute.
Not many people have gotten to fly the ITEC Maverick, the flying car candidate that has arrived on the market. We interviewed Roy Beisswenger, publisher of Powered Sport Flying magazine, an expert powered parachute pilot, about his experience at going aloft in Maverick. His perspective is special and he tells us how the vehicle drives and more about how it flies and how these experiences are different from a conventional powered parachute.
ITEC — Updated Maverick (2013)
One of the most unusual Light-Sport Aircraft in the fleet is also the most powerful, with its new 190-hp engine. ITEC's Maverick is both powered parachute and up to a four-seater car. More than just a sedan, Maverick is a hot rod that can truly dash around on the ground. Hear from factory representatives to hear what has changed and how novel this machine appears to be.
One of the most unusual Light-Sport Aircraft in the fleet is also the most powerful, with its new 190-hp engine. ITEC’s Maverick is both powered parachute and up to a four-seater car. More than just a sedan, Maverick is a hot rod that can truly dash around on the ground. Hear from factory representatives to hear what has changed and how novel this machine appears to be.
North Wing — Maverick (2012)
North Wing makes more trikes than you might think. We also have a video on the sweet little Solairus, a soaring trike. In this video we review the Maverick, a more deluxe single seater with a beefier engine from Kawasaki. Yet even with the additional features, Maverick still fits into Part 103 where no pilot license, airman's medical, or N-numbers are needed.
North Wing makes more trikes than you might think. We also have a video on the sweet little Solairus, a soaring trike. In this video we review the Maverick, a more deluxe single seater with a beefier engine from Kawasaki. Yet even with the additional features, Maverick still fits into Part 103 where no pilot license, airman’s medical, or N-numbers are needed.
Itec — Maverick
The Maverick is... well, a maverick among Light-Sport Aircraft. This unique flying car is one of the most unusual entries in a chock-full LSA field yet it stands out in numerous ways. And, amazingly, I-Tec's Maverick has already won Special Light-Sport Aircraft approval. It also leaped ahead of competitors by qualifying as a "kit car," which means it does not need to meet Federal Motor Vehicle Standards. It's so different you'll want to visit their website after you view the video.
The Maverick is… well, a maverick among Light-Sport Aircraft. This unique flying car is one of the most unusual entries in a chock-full LSA field yet it stands out in numerous ways. And, amazingly, I-Tec’s Maverick has already won Special Light-Sport Aircraft approval. It also leaped ahead of competitors by qualifying as a “kit car,” which means it does not need to meet Federal Motor Vehicle Standards. It’s so different you’ll want to visit their website after you view the video.
Wings from the North Lift Many Trikes
I’ve been writing about very affordable aircraft•, specifically about Part 103 ultralight vehicles. I know some readers prefer speedier or fully enclosed aircraft. Those people are fortunate as many choices are available and, of course, I will continue writing about them frequently. However, many pilots in the USA and around the world do not have a budget for a magnificent carbon fiber personal aircraft that costs $150,000. Even among those who can afford such aircraft, I’m amazed at the renewed interest in these simplest of aircraft. In addition, aircraft as shown in the nearby photos have seen considerable development since the early days of weight shift trikes. In my view, America invented these aircraft back in the late 1970s but as three axis ultralights developed, interest from American pilots drew away from weight shift and the best new ideas seemed to come from Europe, Australia or other countries. However, I now see the freshest developments coming from U.S.
Ah, Go Fly a Car! (Or Drive an Aircraft?)
Special thanks to Roy Beisswenger for this first-impressions report on the I-TEC Maverick. It is part of a comprehensive story Roy prepared for Sebring 2014 that will be coming soon in the February issue of Powered Sport Flying! Roy is a highly experienced powered parachute pilot, instructor, and Designated Pilot examiner. He is also gaining experience in gyroplanes — both types of aircraft are primary subjects of the magazine he publishes with Vickie Betts. Roy begins … I have to admit that I thought that climbing into the back seat of the Maverick flying car would be a fun and OK experience. I really didn’t expect it to be much more than fun and OK, though. Granted, I’m in a regular auto-like seat (worse, the back seat) and I’m flying. I can’t see the wing anywhere. Oh well, like that hasn’t happened before. After all, having been a powered parachute pilot for a couple of decades and a gyroplane pilot for several months, I’m completely used to not seeing a wing on my aircraft.
Maverick Goes Mega-Viral!
The dark horse, literally, to claim the Flying Car throne is the all-black I-Tec LSA-certified Maverick Sport. *** We’ve talked about it here a lot, and now the “airable” dune buggy seems to really be catching on with the public. *** I-Tec turned the flying car concept design on its head by designing a lightweight off-road car first: the ability to fly it was always the 2nd priority in the design phase. *** The result is a lightweight, off-road-sturdy, flying car that will — and this is straight from I-Tec’s Steve Saint — accelerate from 0-60 mph in 3.9 seconds. *** Holy flying Jaguar XKE, Batman! *** To prove it’s road chops, Steve and the I-Tec crew drove it 1,500 miles to Oshkosh last summer with the paraglider-like wing tucked into its roof pouch. *** In a preview of the 18-hour days they would face while swamped by a fascinated public at Airventure, the crew never made a fuel stop en route that took less than an hour — everybody had to know everything about the Maverick.
Maverick First to Market as LSA “Flying Car”
Terrafugia has been getting tons of press and no wonder. The MIT brain trust developing the Transition is breaking new ground in numerous ways. While we await their sophisticated “roadable airplane,” a simpler flying car concept won its SLSA approval on September 28, 2010. Entering the SLSA List at #110… welcome I-tec Maverick. Like Transition, this is one clever critter. Unlike Transition, Maverick does not need to meet federal motor vehicle standards. It’s classified as a kit car and is thereby exempt from those onerous requirements. Though I-tec Design Manager Troy Townsend drove it 1,400 miles from central Florida to Oshkosh, Maverick was created to be more of an off-road vehicle. Company videos appear to show Maverick is well suited to this role (plus they’re well edited and fun to watch). “The Orlando office of the FAA issued an historic Special Light Sport Aircraft airworthiness certificate to I-tec,” stated the company.
Oshkosh First Day
Oshkosh has been deluged with a record downpour the last few days, which complicated arrivals because of the soggified grass fields…where most of the planes park and campers do their camping thing. *** Many airplanes were turned away over the weekend but nothing deters the Airventure show, which must go on. *** Several things already buzz, then out to the field for me to discover more and get things rolling (I got here late last night from the wonderful DC-3 Fly-In 4 hours south of here – half of the flying DC-3s in America, 35 total, turned up to be admired by thousands of visitors – a wonderful show.) *** Back to Oshkosh and LSA-centric events: *** <> If two flying cars aren’t enough – the Terrafugia Transition and I-TEC Maverick I’ve reported on in the past- here’s another one: the Caravella. It’s an intriguing work in progress and they’re exhibiting at the show.
Light-Sport Flying Car Frenzy
Call them “flying cars, flying motorcycles, flying dune buggies,” or “roadable aircraft.” Regardless of the correct term, a growing wave of these car-to-airplane machines are in various stages of development and most will be at AirVenture 2010. One of the newest entries is a kit with the lowest projected price among the group; all others are fully built and carry larger price tags. Check out the Caravellair, a three-wheel motorcycle adaptation portrayed on their website. They are predicting a kit for $50,000 but they need investment to get to finish development and get to market. The better funded Terrafugia effort is leading the sector and recently basked in the warmth of media spotlights after winning a weight exemption from FAA. Their PR success may be boosting the fortunes of the others. We’ve written about two four-wheelers: Transition — which first flew in March 2010 and is presently undergoing further flight and roadway trials — and Maverick — a cool dune buggie-esque configuration that looks like a hoot to drive on the ground; it is reportedly on the verge of winning SLSA approval and is likely to be the first of these projects to win an airworthiness certificate.
Flying…Para-Car?
Gang, with all the excellent publicity the Terrafugia Transition “roadable” LSA airplane has gotten this last year or so, you’d think they were the only game in town. *** Meanwhile, back at flying car HQ, here comes the sleeper, with some important news under its (canvas) hood. *** I’ve blogged about the Maverick Flying Car a couple times now (read earlier post). *** It’s a project created by I-Tec in their mission to aid third world indigenous people in remote and rugged locales around the world. *** To paraphrase Luke Skywalker, if the Transition is the bright promotional center of the universe, the Maverick has been the planet farthest from it…until now. *** They’ve been quietly, and quite effectively, judging by the video below, getting the job done with their own unique approach to the flying car concept. *** Without further ado, check out the vid below of the Maverick LSA…Para-buggy, Para-Car, Dune-Chute, whatever.
Flying Missionary Car Now Street Legal
Since everybody seems to be talking these days about flying cars, specifically the Terrafugia (the company excels at promoting its Transition model, which recently got a weight allowance boost from FAA), I thought I’d update my earlier post about the I-TEC Maverick Sport Model. *** It’s a cool idea, this flying car developed for missionary work in third-world countries like the Amazon rainforest, where getting from village to village can be daunting to impossible for traditional vehicles. *** Instead of folding wings, it uses a paraglider-style canopy for lift. I-TEC (Indigenous People’s Technology and Education Center) spent seven years in development. I talked with one of the I-TECcies at Sun ‘n Fun 2010 and they’re pretty proud of this compact, relatively inexpensive vehicle. *** Changing from road warrior to sky king takes just a few minutes. Once rigged, the fabric-fuselage Maverick lifts off in 250 feet, climbs at 500 feet per minute, and rips along at just under 40 knots.
Maverick
Seating | Single-seat |
Empty weight | 252 pounds |
Gross weight | 550 pounds |
Wingspan | 31 feet 6 inches |
Wing area | 157 square feet |
Wing loading | 3.5 pounds per square foot |
Length | 7 feet |
Height | 7 feet 3 inches |
Fuel Capacity | 5 gallons |
Kit type | Factory assembled (except for mounting engine) |
Standard engine | Rotax 447 |
Power | 40 horsepower |
Power loading | 13.8 pounds per horsepower |
Cruise speed | 40-45 mph |
Never exceed speed | 70 mph |
Rate of climb at gross | 800 fpm |
Takeoff distance at gross | 150 feet |
Landing distance at gross | 150 feet |
Standard Features | Topless strutted single-surface wing, steerable nosewheel (push left, go right) with nosewheel brake and tailing link suspension, hand and foot throttles, 4-point shoulder harness pilot restraint, instruments (EGT, CHT, tach), fiberglass rear axle suspension, pilot pod and skirt with storage bags, 3- or 4-blade composite prop. |
Options | Electric start, Hirth 2702 2-cycle engine, drum nosewheel brake, ballistic emergency parachute, additional instrument panel, wheel pants, portable fuel tank. |
Construction | 6061-T6 and 7075-T6 aluminum tubing, fiberglass, stainless steel and aluminum fittings, AN hardware, Dacron® sailcloth. |
Design
Cosmetic appearance, structural integrity, achievement of design goals, effectiveness of aerodynamics, ergonomics.
Pros - Carefully and simply designed chassis meets wing from experienced wing maker. Square tubing frame is gusset-joined for look of great strength and part simplicity; drag axle and forward support tube are faired. Engine is upright and uses mass-focused mounting. North Wing's wings have a good handling reputation without sacrificing speed range.
Cons - Single-seat design only will limit resale somewhat (company offers 2-place wings on the Antares trike carriage). Not a soaring machine for those so interested. Strutted hang glider wings are rare, therefore less proven by years of customer operation. Wing strength evaluated by calculations.
Systems
Subsystems available to pilot such as: Flaps; Fuel sources; Electric start; In-air restart; Brakes; Engine controls; Navigations; Radio; (items covered may be optional).
Pros - Hand and foot throttles with override feature (hand over foot). Nosewheel steering is dampened by a piston and has rubber stops to prevent metal-to-metal contact. Overhead pull starters work pretty well in trikes like the Maverick. Remote choke provided on chassis keel. Kill switch neatly protected. Upright-mounted engine can reduce spark plug fouling.
Cons - No weight allowance to add system accessories like electric starting. Fuel tank feed lines hang down quite low and may be vulnerable in rough terrain; refueling can cause spills inside skirt. Brake has simplistic operation some may not like (a drum brake system is optional).
Cockpit/Cabin
Instrumentation; Ergonomics of controls; Creature comforts; (items covered may be optional).
Pros - Step over the fairing and sit; easy entry/exit. Beautifully padded seat with webbing "suspension" for vibration dampening; it works well. Side stash areas, one on left outside and one on right inside, will keep stuff handy yet secure. Hand throttle and choke are convenient at front of seat on chassis keel. Four-point shoulder harness pilot restraint is strong and widely adjustable.
Cons - Minimal room for instruments on panel (though other locations are available with effort). Panel demands small instruments, which are then harder to read. No cargo area except small stash bags. Trikes are open-cockpit designs, so full-face helmets are wise but detract from wind-in-your-face flying. Reach to hand throttle was long for my short arms.
Ground Handling
Taxi visibility; Steering; Turn radius; Shock absorption; Stance/Stability; Braking.
Pros - Trailing link nosewheel suspension provides easy wheel tracking (further aided by dampener). Brake is helpful in taxi lineup situations. Nosepod helps keep nosewheel spray from reaching pilot. Terrific visibility in trikes, partly as you can just move the wing. Very maneuverable in tight quarters.
Cons - Brake is simplistic and requires both feet for best braking results. Clearance concerns me with fuel lines hanging down low on the chassis. Suspension is limited to air in the tires (though they're large and no more seemed necessary). Trikes require a firm grip in windy conditions. Push-left go-right ground steering still offends some 3-axis pilots.
Takeoff/Landing
Qualities; Efficiency; Ease; Comparative values.
Pros - Lively takeoff with 40-hp Rotax 447 power. Up or down takes only 100 to 150 feet of airstrip. Visibility is better than most ultralights, even open-cockpit ones. The Maverick landed as easily as most trikes, setting main gear down first with little effort. Good glide helps on low approaches.
Cons - No flaps in trikes and no slipping ability restrict your approach path options. Trikes are also not great in crosswinds (though the Maverick lands so short that cross-runway is a reasonable option). No other negatives.
Control
Quality and quantity for: Coordination; Authority; Pressures; Response; and Coupling.
Pros - North Wing has a reputation for nice-handling wings; they've been quite successful in the trike wing supply business. With a wide leading edge pocket in lieu of double-surface, sail shift is enhanced and handling becomes lighter. Flying wings are devoid of adverse yaw and don't spin readily. Harmony between roll, bank and yaw is easily achieved on the Maverick.
Cons - Trike control motions still confuse many 3-axis pilots; some just won't try. Weight-shift in general is not as well understood in the U.S., even though it is very simple. Crosswind controls are nonexistent on trikes. (Take some instruction in trikes and most negatives disappear.)
Performance
Climb; Glide; Sink; Cruise/stall/max speeds; Endurance; Range; Maneuverability.
Pros - Even with a good sink rate (for a powered ultralight), the Maverick isn't strong on soaring. Most trikes don't dive well under power. A broad speed range doesn't come with trike ultralights (the Maverick stalls about 28, tops at 70; ratio is 2.5, 4 is best).
Cons - For a single-surface wing, the Maverick wing also manages a decent speed range with a 70-mph top end. Climb is 800 fpm with the Rotax 447. Glide is better than average among Part 103 ultralights, and sink rate is even better. Excellent characteristics as a low-above-open-fields flyer. The Maverick was able to sustain altitude well down into 4,000 rpm range, a sign of good efficiency.
Stability
Stall recovery and characteristics; Dampening; Spiral stability; Adverse yaw qualities.
Pros - Trikes enjoy pendulum stability that is highly effective in most situations. Stall was quite docile and very slow, but I had no ASI to check speeds. Stalls with less than full power still keep climbing even at control limits. Spins are nearly impossible to enter. Longitudinal stability seemed quite good; the Maverick's dive recovery devices felt functional.
Cons - Flying wings often use anhedral, which can tighten up turns if unattended. Add lots of power on the Maverick and the trike will rise regardless of control input, a common trike complaint. No other negatives.
Overall
Addresses the questions: "Will a buyer get what he/she expects to buy, and did the designer/builder achieve the chosen goal?"
Pros - The Maverick can make Part 103 weight with the Rotax 447 and strutted wing, according to North Wing. The trike comes complete with everything you really need and is ready to fly (after shipping reassembly) for less than $10,000; that has to represent a good value. Pilots up to 250 pounds (even a few more) can fit in and fly the Maverick. Breaks down to pickup truck carry capability.
Cons - Good value or not, the Maverick remains a single-seat Part 103 ultralight with basic utility. Strutted flex-wing has yet to prove itself in the field over a long time. Some European trikes appear slicker and are more feature laden (of course, they don't make Part 103). No 2-seat option.
All right, what is this? A trike with no upper support? What does the designer think he’s doing, trying to be some kind of maverick? Well, yeah! Kamron Blevins runs the show at North Wing Design. When I first met him, I’d call him a mere lad, except that makes me sound old. So, Kamron was a “young entrepreneur” from the Seattle area who made hang glider sails for a living. (His mom probably thought this sounded like as odd an occupation as you think it does.) Funny thing, though. The kid grew up, got good at making wings, branched into trike wings, and now manufactures entire trikes. And you know what? It’s a darn good trike with some excellent thinking. Let’s look it over. Youth Gains Experience Blevins isn’t a kid anymore. But he looks around and sees all his old hang gliding buddies looking older, too. Some of them are using wheels on their gliders (as a backup safety feature for those not-so-perfect foot-landings).