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Kamov Ka26

BeeKay

AIRCRAFTROTORCRAFTROMANTIC WINGSKAMOV KA26

2.5/5 (6)


The fuselage of the Kamov Ka-26 consists of a fixed, bubble-shaped cockpit containing the pilot and co-pilot, plus a removable, variable box available in medevac, passenger-carrying and crop duster versions. The helicopter can fly with or without the box attached for flexibility. The Ka-26 is small enough to land on a large truck bed. The reciprocating engines are more responsive than turboshaft engines, but require more maintenance. It runs mostly at high power in crop dusting with usually excess payload, leaving little reserve power for emergencies. Due to frequent overloads, the interconnect shaft joining the two engines is prone to breakage and requires frequent inspection. The standard instrumentation of the Ka-26, like larger naval Kamovs, may be overkill for civilian or crop dusting use. The 18-dials cockpit panel masks a part of the right-downwards view, needed to avoid telephone and power lines at low altitudes. The instrument panel may be simplified to retain the six main dials. As there is a low rotor clearance at the aircraft front, it is approached from the rear when the rotors are turning. It is powered by two 325 hp (239 kW) Vedeneyev M-14V-26 radial engines mounted in outboard nacelles. 9 liveries are included in this pack: ---Neutral, ---Russian Navy, ---Aeroflot, ---Interflug, ---German Police, ---GDR Police, ---Hungary Airforce, ---Dem Rep Congo, ---Ukraine, There are several cargo and cabin options for the helicopter available, so a meaningful flight from A to B with loading and unloading may be played. All helicopter variants can be changed in realtime on the ground or even in flight All cargo and equipment options may be selected in the cockpit and in the cargo bay.

To learn the handling of the helicopter, please see one of my videos. The link to it is in the extended support-contact. Please use the integrated onboard checklist.

X-Box users please connect a simple mouse and keyboard to one of the USB ports of your X-Box S/X to make all user interactions easier.

The Ka-26 is a twin-engine, coaxial-rotor, utility helicopter that was developed and manufactured in the Soviet Union by rotorcraft producer Kamov. Flown by one or two pilots, the distinctive Ka-26 comprises a highly versatile modular payload system where mission-specific pods attach behind the cockpit. Types of pods include medical transport, cargo, firefighting, scientific, agricultural, and passenger (which can accommodate up to seven people). The Ka-26 has been used for a wide range of missions, including military transport, firefighting, agriculture spraying, pipeline support, search and rescue, powerline maintenance, law enforcement, medical transport, aerial photography, and geophysical surveying. NATO designated military variants of the Ka-26 “Hoodlum.”

The helicopter took its maiden flight on August 18, 1965 and entered service in 1968. Produced between 1968 and 1985, Kamov manufactured 850 of the aircraft, delivering most units to Eastern Bloc countries. Many of the hardy rotorcraft remain in flyable condition.

The Ka-26 features a coaxial main rotor system comprising two contrarotating, 3-blade rotor assemblies. The design, where the torque of each rotor assembly cancels out that of the other, eliminates the need for an anti-torque tail rotor. Power is generated by two 325-horsepower, 9-cylinder, Vedeneyev M14V-26 radial piston engines. Each engine is mounted in a pod, one on each side of the upper fuselage behind the cockpit. Dual booms extend aft of the upper fuselage to an empennage that comprises a single horizontal stabilizer / elevator assembly with two endplate vertical stabilizers, each with a rudder. The helicopter’s design engenders a high degree of maneuverability that fuses control aspects of a fixed-wing airplane with that of a rotorcraft. A 4-point, wheeled undercarriage rounds out the primary feature set of the Ka-26.

The helicopter’s main rotor system has a diameter of 42 feet, 8 inches, and its fuselage measures 25 feet, 5 inches in length. It has a maximum range of 750 miles, an endurance of 3 hours, 42 minutes, and a service ceiling of 9,800 feet above sea level. The Ka-26 has an in-ground-effect hover limit of 4,300 feet above sea level and an out-of-ground-effect hover limit of 2,600 feet above sea level. It cruises at 93 miles per hour and has a top speed of 110 mph.

Specifications


CRUISE SPEED97 miles per hour
MAX ALTITUDE12,000 feet above sea level
RANGE250 miles
MAX WEIGHT3076 lb
LENGTH25 feet
CREW1
ROTOR DIAMETER15.5 feet
ENGINETwo 325 hp (239 kW) Vedeneyev M-14V-26 radial engines

VERSION 1.1.1 RELEASED MARCH 25, 2025