1969 Piper PA30 Turbo Twin Comanche (G-BZRO) Multi Engine Piston Aircraft For Sale

Description

Romeo Oscar has had various upgrades & improvements whilst in its current ownership for the last 23 years. Some of these include the common smaller nose wheel for better visibility whilst taxiing as well as clearance in the nose wheel gear bay, Knots2U wing root fairings & flap gap seals increasing the cruise speed by a reported 3-5 knots whilst decreasing the stall speed & increasing the climb performance.

Furthermore, a set of LoPresti upgrades fitted to the flap track covers. Three on each flap not only clean up the aerodynamics, but more importantly, they help keep dirt & debris from getting caught up in the flap tracks.

You may have noticed the propellers look a little different to a conventional blade, if there is such a thing. No its not a prop strike! These Q Tip props have a huge benefits increasing interference drag & disbanding vortices. The greater the bend angle, to a point, the greater the reduction of propeller drag. The reduction in induced drag exceeds the increase in interference drag, which is parasitic drag. The benefits are increased thrust due to less drag, greater performance due to more increased thrust & decreased drag, & reduced fuel burn.

Another added benefit of Q-Tip propellers is a reduction of propeller noise. Often overlooked, propeller tip vortices are the main culprit for propeller noise. By eliminating propeller tip vortices, you decrease the overall noise of the aircraft.

Additionally, the bends of the Q-Tip propellers increase ground clearance & therefore decrease the chances of a propeller striking foreign objects.

All AD’s & SB’s complied with & a full set of aircraft logs.

AIRFRAME
HOURS: 4330 (+/- 5hrs)
EMPTY WEIGHT: 1237 kgs (2727 lbs)
MTOW: 1690 kgs (3725 lbs)

ENGINE
MAKE: 2x LYCOMING IO-320-C1A
HOURS: LH 82 RH 2080 82 STOH (+/- 5hrs)
OVERHAULED: LH 07/2020 RH 07/2020

PROPELLER
HOURS: LH 30 RH 30 (+/- 5hrs)
MAKE: HARTZELL HC-E2YL-2BSF/F7663-6Q
OVERHAULED: 10/2022

LAST ANNUAL
Due next 01/11/2024

LAST ARC
Due next 15/10/2024

The Piper PA-30 Twin Comanche is an American twin-engined cabin monoplane designed & built by Piper Aircraft. It was a twin-engined development of the PA-24 Comanche single-engined aircraft.

A complex light twin, with retractable landing gear, seating up to 6 in this later C model that has the facility to insert two extra seats in the luggage area with the addition of extra windows (seat included), & cruise speeds ranging from 160-210 mph on twin 150-160 horsepower engines, it competed with the more-powerful Cessna 310 & Beech Baron, & later with Piper’s other light twins.

The Twin Comanche was designed to replace the Piper Apache in the company’s lineup of products. The prototype was converted from the single-engined Comanche by Ed Swearingen who at the time operated a facility that specialised in the modification of production aircraft. A Comanche was modified with two 4-cylinder 160 hp (120 kW) Lycoming IO-320-B1A engines & first flew at San Antonio, Texas on 12 Apr 1961. The design was designated the PA-30 on the March 17, 1962 & named the Twin Comanche. The prototype (registered N7000Y) was built at Lock Haven & first flew on November 7, 1962. FAA Type approval was awarded on February 5, 1963, the first production aircraft was completed on April 2, 1963 & the first delivery made on July 15, 1963.

The Twin Comanche was produced on the same Lock Haven, Pennsylvania, production line as its single-engined cousin; production ceased when the factory was flooded in 1972. Piper chose at that time to focus on its equally popular Cherokee 140/180/235/Arrow line, manufactured in Florida.

The added benefit of the turbonormailsed engines vs turbocharged engines, means that the manifold pressure is maintained at higher altitudes in a slightly different way to ensure power & thus cruise speed is kept without the need of boosting the engines (beyond manifold sea level pressures) which inadvertently increases engine loads but to maintain sea level manifold pressures at altitude.