200602-2006 Cessna T206H Stationair
CESSNA T-206 Turbo Stationair · Systems Description
Overview
This document provides an overview of the Cessna T-206 Turbo Stationair, focusing on its turbocharging system and advanced avionics. It highlights the aircraft's performance capabilities, safety features, and the integration of the Garmin G1000 avionics suite.
- Turbocharging allows operation at high altitudes up to 24,000 feet.
- The T206 can produce 310 horsepower at altitudes up to 17,000 feet.
- Standard equipment includes a built-in oxygen system.
- The Garmin G1000 avionics suite features dual high-resolution displays.
- The aircraft is popular for family use and cargo transport.
- AmSafe inflatable seat belts are standard on the front seats.
- The T206 has a maximum structural cruising speed (VNO) of 149 KIAS.
- The average equipped price of the T206 is $463,150.
Document
Source
Originally published by aeroresourcesinc.com. Sprinkle hosts a reference copy with an added summary, specifications and searchable full text.
Document details
- Type ·
- Systems Description
- Year ·
- 2006
- File size ·
- 5.3 MB
- Publisher ·
- aeroresourcesinc.com
- Language ·
- en
Specifications & performance
Extracted from this document.
Performance
- Max speed knots ·
- 178
V-speeds
- VR_KIAS ·
- 55
- VNE_KIAS ·
- 182
- VNO_KIAS ·
- 149
- VS1_KIAS ·
- 59
What is the 200602-2006 Cessna T206H Stationair?
The 200602-2006 Cessna T206H Stationair is a systems description for the CESSNA T-206 Turbo Stationair, dated 2006.
Where does the 200602-2006 Cessna T206H Stationair come from?
This copy of the 200602-2006 Cessna T206H Stationair was originally published by aeroresourcesinc.com and is hosted on Sprinkle as a free, searchable reference copy.
What year was the 200602-2006 Cessna T206H Stationair published?
The 200602-2006 Cessna T206H Stationair — the CESSNA T-206 Turbo Stationair systems description on file — is dated 2006.
Most owners only have the POH. Here's the essential set for the CESSNA T-206 Turbo Stationair.
- Pilot's Operating Handbook / AFM
- Checklist
- Maintenance Manual
- Parts Catalog (IPC)
- Systems & Wiring
- Service Bulletins on file
- Type Certificate (TCDS)
More CESSNA T-206 Turbo Stationairmanuals & documents
In this document
Turbocharging System
The turbocharging system enhances engine performance by compressing intake air, allowing for high manifold pressures and power at high altitudes.
Avionics Suite
The Garmin G1000 avionics suite includes advanced features such as traffic information, terrain mapping, and a digital air data computer.
Safety Features
The T206 includes a built-in oxygen system and optional AmSafe inflatable seat belts for enhanced passenger safety.
Performance Capabilities
The T206 can achieve a top speed of 178 knots at 17,000 feet and has a maximum structural cruising speed of 149 KIAS.
Operational Considerations
Pilots must manage throttle application carefully to avoid overboosting the engine and monitor turbine inlet temperature to prevent overheating.
Market Appeal
The T206 is marketed as a versatile family aircraft and is often equipped with luxury features for comfort.
Safety notes
- Avoid rapid throttle application to prevent overboosting the engine.
- Monitor turbine inlet temperature to avoid exceeding 1,675 degrees Fahrenheit.
- Be aware of fluctuating manifold pressure and fuel flow at altitude.
- The G1000's terrain mapping does not meet TAWS requirements for turbine-powered aircraft.
- TIS may be unreliable during FAA radar upgrades.
Full document text
Turbocharging adds even more flexibility. Turbocharging works by "fooling" the engine into thinking it's flying in denser, low-altitude air. It does this by using the engine's exhaust to drive a small turbine. The turbine compresses the intake air, which boosts manifold pressures to compensate for any in- creases in density altitude caused by hot-and-high opera- tions. In the case of the T206, maximum allowable manifold While turbocharging is no novelty in the 206, its latest avionics suite has certainly made a big, big splash. pressure is 39 inches of mercury-and the airplane can keep on producing that high level of manifold pressure-and its full 310 horsepower-at altitudes up to 17,000 feet. This kind of manifold pressure also lets you cruise at alti- tudes as high as 24,000 feet. That's plenty high enough to comply with the loftiest minimum en route altitude restric- tions. For those wanting to fly in or near the Rockies, Alaska, or any other mountainous region the safety advantage is ob- vious. And yes, a built-in oxygen system is standard equip- ment in the T206's $482,100 base price. Pilots new to turbocharging will discover that there are a few new memory items when it comes to engine operation. For one thing, you don't want to be ham-fisted when it AOPA PILOT. 64 . FEBRUARY 2006 -~~- comes to applying power. Though there's an automatic wastegate to pre- vent overboosting past internal pres- sure limits, shove the throttle forward too quickly and you can send manifold pressure over the 39-inch limit, over- boost the engine, and cause internal damage. Heat causes other concerns. That spinning turbocharger-and the highly compressed engine intake air it makes-creates tremendous amounts of heat, so you have to keep an eye on the turbine inlet temperature (TIT) gauge-and your hand on the throt- tle-to make sure you don't exceed its 1,675-degree Fahrenheit redline. Also, manifold pressure and fuel flow can fluctuate at altitude, when the turbo's wastegate is closed and the engine is making its maximum effort. Any in- crease in airspeed causes an increase in manifold pressure, and this in turn . causes fuel flows to change. Think of the wastegate as a diverter valve, controlled by the throttle. At lower altitudes, you don't need as much The G1000 screens dominate the 206's panel, and have a standby airspeed indicator, attitude indicator, and altimeter located beneath them. turbo assistance to make high power levels, so you don't need as much throttle. This keeps the wastegate open a bit, and lets some exhaust air divert overboard. But for maxi- mum power in the thin air of higher altitudes, you have to add throttle to close the wastegate and send all the exhaust air to power the turbo. Now you're in the "fluctuation zone," so to speak, where airspeed increases create rises in ram air pressure. And rises in manifold pressure. While turbocharging is no novelty in the 206 (Continen- tal-powered versions were built between 1966 and 1986; more than 518 Lycoming-powered T206s have been built since production was resumed in 1998), its latest avionics suite has certainly made a big, big splash. The Garmin G1000 has arrived. While this very impressive avionics suite has already been offered on new Cessna Sky- hawks and Skylanes, it made its debut on the 206 last sum- mer. The GlOOOconsists of two II-by-14-inch high-resolu- tion display screens and a wide range of functions that rival anything in today's most modern airliners. While a full de- scription of the G 1000 is outside the scope of this article, suf- fice it to say that this full-featured suite makes the Turbo 206 more of a sales draw than ever. Virtually all new orders for T206s include the G 1000 as part of the standard Nav III pack- age, which is worth $63,150. In this installation, the G1000 incorporates traffic information via its traffic information service (TIS) hardware, which relays air traffic control target information to the Garmin's centrally mounted multifunc- tion display (MFD). Terrain mapping doesn't meet the TAWS (terrain aware- ness warning system) requirements that apply to six-seat turbine-powered general aviation aircraft, but the G 1000 does provide great terrain and situa- tional awareness through the colored terrain symbology. For example, if ter- rain is depicted in red, the display is saying the ground ranges from 100 feet below your altitude to heights above your altitude. Textual and graphical weather infor- mation is provided from an XM WX Satellite Weather subscription and pro- vides a wide range of enhanced weather graphics, including winds aloft, satellite imagery, lightning plots, airmets and sig- mets, and echo-top and Nexrad storm- cell-tracking graphics. By the way, an L-3 Communications Stormscope WX-500 also is included in the G1000 option, as is a Honeywell Bendix/King KAP 140 two- axis autopilot. Garmin developed its own autopilot in September 2005 and it should be offered in future versions of G1000-equipped Cessnas. AmSafe's seat-belt air bag installation (top right) Inflates during sudden decelerations. It is standard on the four front seats and a $1,500 option on seats five and six. Standard-equipment, high-Intensity discharge landing and taxi lights are on the left-wing leading edge. AOPA PIWT· 65· FEBRUAHY 2006 Turns out that most buyers of new T206s use them as ultimate family-movers, or Aero SUVs. ... , Oual VHF communication and navigation radios are in- corporated into the G 1000, as is a presentation of engine data. The unit's GPS receiver is WMS capable for extra accu- racy on these newly commissioned approaches, and the G1000's solid-state attitude heading reference system gener- ates the information needed to produce the primary flight display's (PFO's) attitude and heading representations. A digital air data computer generates real-time displays of true
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airspeed, wind speed and direction, groundspeed, distance to waypoint, and estimated time en route-all shown at the top of both the PFO and MFO. The PFO uses vertical-tape representations of airspeed and altitude, complete with magenta trend lines. These show the airspeed and altitude anticipated in the next six seconds. In addition, important airspeeds such as VR (rota- tion speed). Vx (best angle of climb). and Vy (best rate of climb) are plainly marked on the air- speed tape. Of course, the MFO views can be customized according to pilot preferences, and a thumbnail moving map can be called up in the lower-left corner of the PFO. Am I alone, or does anybody else think a dual-screen integrated flight display system in wall-to-wall techni- color looks out of place in an airplane that earned its stripes as a flying pickup truck? One look at that panel and you think: Turbofan -in -the- flight -leve1s- please-pass-the-snack-tray. Not: Let's see how many elk carcasses we can stuff in this baby on this year's hunting trip! But maybe we should forget the stereotypes. After all, T206 customers have. Turns out that most buyers of newT206s use them as ultimate family- movers, or Aero SUVs, to lean on AOPA's 1999 Cessna 206 sweepstakes sloganry. They tend to buy fully loaded airplanes, right down to air condition- ing ($27,750), and AmSafe Aviation in- flatable seat belt restraints on the fifth and sixth seats ($I,SOO-they're stan- dard on seats one through four). The G1000 option goes without saying. Even newly minted private pilots like Mike Karnes, of Oallas, are buying fully decked-out T206s like these. I met Karnes at the Independence Municipal Airport in Independence, Kansas, where he was taking Cessna's G 1000 pilot initial course-a three-day inten- sive program that's included in the price of the airplane. Cessna Pilot Cen- Rear dual doors open wide to let in cargo and/or passengers. Six leather seats and a built-in oxygen system are standard in T206s. AOPA PILOT· 66· FEBRUARY 2006 E-mail the author at tom.home@aopa.org. •• I ••• 1 --I!I'II I / ~-:'I'I': .• 'T. a;I:~:IIjr.' VNO (max structural cruising) 149 KIAS VNE (never exceed) 182 KIAS VR (rotation) 55 KIAS VS1 (stall, clean) 59 KIAS V$0 (stall, in landing configuration ~ -mmm ~ Cessna T206H Statlonalr Standard equipped price: $400,500 Average equipped price: $463,150 SPEC SHEET ~.. - ... ~ mWlMtJtllllI;.J'I,r;Tiru:I!J.: Like most of my 206 flights, it was a satisfying ride in an air- plane with nearly impeccable manners. Just a little ponder- ous in control responsiveness, that's all. The Cessna juggernaut rolls on. Like the rest of its pis- ton singles, 2005's production run ofT206s was sold out early last year. fCSJA ters also provide this training. Karnes wanted the room and performance of the T206, given that he routinely would be flying big passenger loads in the high density altitudes and sweltering temperatures of the Texan summer. I flew Karnes' T206 on a very windy, gusty Kansas day. As I climbed into the cockpit, memories of my days as a pilot flying 206s on aerial photography mis- sions came flooding back. It was the same old trucky-handling bird as it was 30 years ago, all right... but that panel! It will take me more than a few hours to become competent working the GlOOO. And until then I'll spend a lot of head- down time burning its psychosomatic routines into my brain. Good thing there's the TIS, which can save your bacon in approach control airspace, which is the only airspace where TIS can operate reliably. This raises anoth- er issue: The FAAis proposing a shut- down of TIS while it upgrades its sur- veillance radars in some parts of the United States. AOPA, of course, is op- posed to this and is arguing strongly against it. With just two of us aboard, I flew over the Kansas flatlands at 4,500 feet. The temperature was a few degrees above standard, and power was set at 30 inches manifold pressure and 2,400 rpm. To get 75-percent power the mixture was leaned to 19.1 gph. (Hey, a gas sipper it isn't!) TIT stayed at 1,600 degrees and the GIOOOposted a 154-knot true airspeed. Cessna says the T206 will make its top speed of 178 knots at ~ 17,000 feet. r~ Back in the pattern at Independence, strong, steady headwinds on final pushed our ground- speed as low as 25 knots-even though we were indicating 80 knots! The ground roll was predicta b I Y short. Maybe 400 feet, judging by the runway- light intervals.