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AIR DEFENDER / REFERENCE

Beechcraft Bonanza

Retractable-gear touring aircraft · Beechcraft V35B Bonanza

Aircraft overview

The Beechcraft Bonanza is a family of all-metal, low-wing light aircraft developed for personal and business flying. Retractable landing gear and a six-cylinder piston engine distinguish it from simpler fixed-gear trainers. The V-tail Model 35 line is its best-known early form, but other Bonanzas have conventional tails.

Introduced in 1947, the family developed through successive changes to its engines, cabin and structure. The V35B was the final production V-tail version, approved on 24 October 1969 and phased out in 1982. The specifications below describe the V35B.

White-and-red F33C Bonanza G-OAHC on the ground, showing its conventional fin and horizontal tail; this is not a V-tail V35B.
Conventional-tail F33C Bonanza G-OAHC at Duxford, 26 May 2017. The V35B reference below describes the separate V-tail branch.
Photograph: Alan Wilson · 26 May 2017 · Photo source: Beech F33C Bonanza ‘G-OAHC’ (42198160391) · CC BY-SA 2.0

At a glance

Beech V35B · normally aspirated IO-520 installation; engine option and cabin arrangement identified separately

Engine options
Continental IO-520-B, -BA or -BBNormally aspirated V35B; turbocharged conversions are separate.
Reference engine rating · IO-520-BB
285 hp at 2,700 rpmManufacturer’s sea-level standard-inlet rating; not every Bonanza engine.
Maximum take-off weight
3,400 lbV35/V35A/V35B type-reference limit.
Cabin seating options
Four, five or six placesArrangement depends on the approved configuration; includes crew.
Landing gear
Retractable tricycle arrangementBonanza family layout.
Tail configuration
V-tail with ruddervatorsCombined pitch and directional control surfaces.

In Air Defender

Role guidance · v0.8.16.0

Air Defender v0.8.16.0 lists the general Beechcraft Bonanza as Personal Transport. Its family-level catalogue values remain separate from the V35B’s real engine and configuration.

Compare the fixed-gear Skylane and use Aircraft Data with flight-plan information. A familiar light-aircraft name does not establish the flight’s purpose or identity.

Game catalogue values · v0.8.16.0

In-game specifications

These figures come from the game’s general aircraft reference. A matching civilian register entry can supply different fields in Aircraft Data. How to read the two layouts →

Role
Personal Transport
Category
Light Aircraft
Service ceiling
18,500 ftA reference upper height. Read Flight Info for the contact’s present height.
Maximum speed
176 knotsA reference maximum, not the speed the aircraft is flying now.
Cruise speed
152 knotsA typical speed for the main part of a flight, not a guaranteed commanded speed.
Stall speed
57 knotsA reference for specified conditions. Stalling means the wing loses lift, not that an engine stops.
Typical range
920 NMA reference flying distance, not fuel remaining or radar detection range.
Typical crew
1
Powerplant
Single piston engine (Continental IO-550, 285 HP) Compare engine types →
Manufacturer
Beechcraft (USA)
Understand speed, ceiling, range and the units →

Use the right procedure

In depth

Development of the V-tail line

The original Model 35 introduced the V-tail Bonanza in 1947. Later versions added equipment, cabin changes and greater engine power. The V35B completed that production line, which ended in 1982.

The Debonair branch introduced a conventional tail in 1959. Its later equipment and interior standard developed toward the Bonanza line, and the Bonanza name was adopted. The two tail arrangements therefore coexist within the wider family history.

How the V-tail works

Two inclined tail surfaces perform the stabilising and control functions usually divided between a horizontal tail and a vertical fin. Their movable sections are called ruddervators.

The control linkage combines pitch and yaw inputs: the surfaces move together for pitch control and differentially for directional control. The pilot still uses conventional pitch and rudder controls; the mechanism combines their effects at the tail.

Six-cylinder engines and approved alternatives

The normally aspirated V35B engine options are the IO-520-B, -BA and -BB. The IO-520-BB is a six-cylinder, 520-cubic-inch engine rated at 285 hp at 2,700 rpm under the manufacturer’s stated sea-level conditions.

Turbocharged TC conversions use a TSIO-520 installation under a separate approval. The later six-seat A36’s IO-550-B installation belongs to a different model and production period, rather than every V-tail Bonanza.

Cabin and configuration

The V35 line permits different four-, five- and six-place arrangements. The 3,400 lb take-off limit includes the loaded aircraft; the seating option alone does not establish its available payload.

Approved propeller options include two- and three-bladed McCauley installations. Engine, propeller and loading limits depend on the individual approved configuration.

The 36 and A36 branch

The Model 36 was approved in May 1968, followed by the A36 in October 1969. Their longer-cabin, conventional-tail line is separate from the V35B. From 1984, the A36 uses the IO-550-B engine and a 3,650 lb take-off limit.

Variants

35 through V35B

V-tail development line; the final V35B was phased out in 1982.

33-series Debonair / Bonanza

Conventional-tail branch, with multiple engine and weight configurations.

36 / A36

Longer-cabin conventional-tail branch; approved in 1968 and 1969 respectively.

G36

Later Garmin G1000-equipped development of the conventional-tail line.

After 1998

2005–2006 · G36

The G36 received FAA approval on 2 November 2005 and superseded the A36 in 2006 with Garmin G1000 electronic flight instruments. The G36’s cockpit differs from the V35B’s.

References and further reading

Variants, approval dates, engines, cabin and weight limits

Named IO-520-BB engine rating and its conditions

V-tail control principle · chapter 6, p. 6-8

Original Bonanza design and introduction

Words used on this page

Choose an underlined term for a quick explanation, or browse the meanings here.

Landing gear

The wheels, skids or floats and their supporting structure used when an aircraft lands. Fixed gear stays outside the aircraft; retractable gear can fold away. A tricycle layout has nose gear at the front and main gear behind it.

How to read aircraft specifications
Piston engine

An engine with pistons moving inside cylinders. A crankshaft turns their movement into rotation; in the aeroplanes described here, it drives a propeller.

Related guide: aircraft engines
Flight plan

Information about an intended flight, such as its route and destination. Compare that plan with what the aircraft is actually doing.

Related guide: flight plans
Service ceiling

The stated height an aircraft can climb to while still meeting specified performance requirements. The game’s reference figure is not its current height or a guarantee for every situation.

How to read aircraft specifications
Feet / ft

A unit of length used here for aircraft height. Read the display’s scale: a trackblock height of 350 means 35,000 feet, not 350 feet.

Related guide: trackblock
Contact

Something detected or being followed on the display. You may still need to establish what it is.

Related guide: plot or track
Knots

A unit of speed used in aviation: nautical miles per hour.

Related guide: trackblock
Cruise speed

A speed used for the main travelling part of a flight. A reference cruise speed is different from a track’s current speed.

Related guide: interceptor speed
Stall speed

A reference speed for the onset of a stall under specified conditions. A stall occurs when a wing or rotor blade exceeds its critical angle to the airflow and loses lift. It does not mean the engine has stopped.

How to read aircraft specifications
Range

Distance. For a contact it means distance from a stated point; an aircraft’s range means how far it can fly under stated conditions.

Related guide: range bearing
Nautical mile / NM

A distance unit used in aviation and navigation. It is different from the ordinary mile used on UK road signs.

Related guide: range bearing
Powerplant

The engine or engines that power the aircraft.

How to read aircraft specifications
Payload

What the aircraft carries for the job. In a supply order, this means the cargo you choose to deliver.

Related guide: supply cargo
FAA

Federal Aviation Administration: the United States aviation authority.

How to read aircraft specifications
IN PLAIN ENGLISH

Read the guide →