Kamov Ka-32
| Industry | Aerospace, Helicopter manufacturing |
|---|---|
| Founded | 1969 |
| Headquarters | Russia |
| Products | Helicopters (including Ka-32 series) |
The Kamov Ka-32 (Russian: Камов Ка-32, NATO reporting name Helix-C) is a medium transport helicopter originally developed in the Soviet Union and currently produced in Russia. It features a distinctive coaxial rotor configuration, is powered by two turboshaft engines, and is equipped with fixed landing gear.
Derived from the Ka-27PS search and rescue helicopter, the Ka-32 was developed by the Kamov Design Bureau. This development leveraged the operational experience gained from the successful deployment of the Kamov Ka-25 and Ka-27 series aboard naval vessels.
Design and development
The inception of the Ka-32 project dates back to 1969, coinciding with the early stages of the Ka-27 program.
Originally, the helicopter was intended primarily for reconnaissance missions to assess ice conditions during both day and night in the harsh Arctic environment. However, its role evolved into a versatile, all-weather platform designed for multiple applications including search and rescue, cargo transport, ship unloading, servicing offshore drilling rigs, crane operations during equipment installation, timber package removal, patrol duties, and other functions.
To support these varied roles, the Ka-32 was outfitted with an advanced flight and navigation suite incorporating an onboard computer, surveillance radar, anti-icing mechanisms, and specialized equipment. The absence of armaments and anti-submarine detection systems allowed for repurposing internal space to accommodate additional fuel tanks and equipment tailored for civilian tasks, thereby enhancing its payload capacity.
The prototype Ka-32 performed its maiden flight on December 24, 1973, piloted by test pilot E. I. Laryushin. Serial production models took to the air for the first time in 1980.
In late 1978, the experimental Ka-32 achieved a historic milestone by providing aerial escort to the nuclear icebreaker Sibir and its convoy during polar night Arctic navigation.
The helicopter was introduced to international audiences in 1981 at a civil aviation conference held in Minsk. It subsequently appeared at the 1985 Paris Air Show and numerous other exhibitions worldwide.
Production
Mass production of the Ka-32 commenced in 1985 under JSC KumAPP. By 2006, over 160 units across various configurations had been manufactured, with production ongoing.
In 2013, a collaboration agreement was established with China's Yitong Corporation to facilitate assembly of the Ka-32A11BC variant within China.
Variants
Production since 2010 has been limited to the Ka-32A and Ka-32A11BC helicopter models, with only the Ka-32A11BC variant being manufactured from 2011 onward.
Ka-32
This term serves as a broad classification, typically referring to the Ka-32T or Ka-32S versions. Historically, it originated during a period when alternative variants had not yet been developed.
Ka-32A
An adaptation of the Ka-32T designed to satisfy certification standards. This version represents a more extensive upgrade compared to the Ka-32AO. Differences from the Ka-32AO include enhanced instrumentation enabling IFR operations both day and night, an upgraded system for measuring total and static pressure to improve accuracy, and lightning protection integrated into the radio equipment. The helicopter holds a transport category type certificate and laid the groundwork for subsequent related models.
Ka-32A1
Developed in 1993 specifically for the Moscow Fire Service, this variant is based on the Ka-32A and tailored for evacuating individuals and combating fires of varying complexity, including those in tall structures. Compared to the base model, it features additional communication systems, a specialized fire suppression setup, two searchlights, and an external warning loudspeaker. Firefighting gear includes portable extinguishers, aerosol grenades, and a horizontal hydraulic water cannon. An optional water discharge device—a suspended tank with up to 5,000 liters capacity—can be installed. For evacuations from burning buildings, various transport and rescue cabins are carried externally via sling load. Firefighters can perform parachuteless landings while hovering using descent apparatuses. The helicopter is visually distinguished by its red-and-white paint scheme.
Ka-32A2
This version was created in 1994 for law enforcement purposes by the Moscow Main Directorate of Internal Affairs, based on the Ka-32A. It was intended to transport personnel, conduct searches for criminal groups, and deploy special forces via airdrop. Modifications include an altered fuel system excluding side fuselage fuel tanks No. 5 (which are filled with polyurethane foam), additional communication devices, two searchlights positioned at the front fuselage and on a movable frame within the left cargo door opening, as well as two external loudspeakers for warnings. Special forces can be deployed without parachutes during hover through the transport cabin door using descent equipment. To facilitate armed operations, pintle mounts for machine guns or assault rifles are installed. The helicopter features a spotted camouflage paint scheme. Only one unit was produced before being reverted to a civilian Ka-32A configuration.
Ka-32A4
This variant of the Ka-32S helicopter was specifically adapted for the Republic of Korea Armed Forces, where it is identified as the HH-32A. Enhancements include a weather radar, an onboard computer featuring a multifunctional indicator (MFI), a searchlight, and navigation and landing aids such as VOR/ILS. Additionally, it supports foreign radio communication systems. The development of this helicopter was carried out by KumAPP JSC in collaboration with Israeli companies.
Ka-32A6
Based on the Ka-32A platform, this project aimed to create a passenger helicopter with an expanded fuselage designed to accommodate passengers. However, no units were constructed under this design initiative.
Ka-32A11BC
This version stems from the Ka-32A model following its certification process in Canada in 1998, which is reflected in the "BC" suffix representing British Columbia. It features a dual-chamber power steering system and an upgraded equipment suite with instrument color coding aligned with international standards. Two primary cockpit configurations are available: one with analog gauges and another equipped with an MFI. Up until 2011, this modification was characterized by enhanced durability and extended operational life of key components. It is extensively utilized for external load transport tasks such as timber hauling, construction support, installation operations, and firefighting missions. The helicopter can be outfitted with various optional systems sourced from both Russian and international manufacturers. Prior to 2011, this model was exclusively exported. Certifications have been granted in Australia, Brazil, Europe, Canada, China, South Korea, and Japan.
Ka-32A11M
This upgrade package targets the modernization of South Korea’s Ka-32 fleet and also includes plans for updating fleets operated in Europe, Turkey, and China. The modernization involves integrating a more powerful VK-2500PS-02 engine along with new firefighting apparatus and advanced avionics.
Ka-32A12
Developed for Swiss operations, this variant is derived from the Ka-32A11BC helicopter. Initially regarded as a separate model until 2011, it has since been classified as a subvariant of the Ka-32A11BC under a unified type certificate. This version features a tailored instrumentation setup developed in cooperation with the operator Heliswiss. A total of three helicopters were manufactured, all bearing the operator’s distinctive red and white livery.
Ka-32AM
This designation refers to a Ka-32A helicopter variant designed to offer an increased payload capacity of 7,000 kg.
Ka-32AO
Previously known as Ka-32A-O (often mistakenly referred to as Ka-32A0), this modification of the Ka-32T was created to satisfy certification standards. It is powered by certified TV3-117VMA main engines (series 02) and includes additional equipment such as an ATC transponder and a heat-resistant impact-resistant tape recorder. Titanium armor plating protects both the main and auxiliary engines. The electrical system is divided into separate starboard and port circuits. The external cargo suspension system incorporates an emergency release feature. Instrument scales within the cockpit are color-coded for clarity. Certified by AR IAC, this helicopter holds a limited category type certificate permitting daytime visual flight cargo transport. The "O" in its designation corresponds to this category classification.
Ka-32K
This variant of the Ka-32T is tailored for intricate construction and installation tasks, often referred to as a "flying crane." It features an additional semi-retractable operator's cabin positioned at the aft section of the fuselage. The helicopter incorporates an advanced fly-by-wire flight control system (FDCS), enabling operation from both the primary pilot's cockpit and the supplementary operator's station. It includes an automatic vibration damping mechanism for the cable carrying external loads and a system that maintains a consistent angle of the tensioned cable connected to ground-based cargo. For load supervision, the helicopter is fitted with a dual-camera television system: one movable camera aligned longitudinally beneath the tail unit and another fixed vertically inside the fuselage near the external sling cable. Both cameras have adjustable apertures and focal lengths. Inside the pilot's cabin, two television monitors are installed—one for the commander and one for the co-pilot—each capable of displaying images from either camera. Only a single prototype of this model was constructed, with its maiden flight occurring on December 28, 1991. The helicopter made its public debut at the 1992 aerospace exhibition in Berlin.
Ka-32S
This version is adapted for maritime operations including ice reconnaissance, search and rescue missions, external sling cargo transport, and passenger carriage. It serves drilling rigs and offshore platforms and facilitates ship unloading. When fulfilling search and rescue roles, it is outfitted with supplementary rescue, medical, and illumination equipment. This model shares its basic design with the Ka-32T.
Ka-32SI
This designation applies to the Ka-32S configured specifically for environmental water surface research. It was equipped with the GEVK-1 geological and environmental complex along with an enhanced fuel system featuring additional tanks (tank No. 7). In 1993, one Ka-32S helicopter (registration RA-31584, serial number 8706) received this equipment. Following program termination, the geological and environmental complex was removed, though the helicopter retained its Ka-32S designation.
Ka-32T
This transport-focused variant is intended for carrying oversized cargo via an external sling as well as passengers and freight inside its cabin. Unlike the Ka-32S, it lacks the Octopus radar system and its nose fairing and is not equipped with search and rescue gear. Otherwise, it is identical to the Ka-32S.
Ka-32T/S
A collective term used to refer to both Ka-32T and Ka-32S helicopter models interchangeably.
Civil
- Canada
- Vancouver Island Helicopters (VIH) manages a fleet of three Ka-32 A11 BC helicopters.
- China
- Sunrise Airlines Company operates one Ka-32 A11 BC helicopter (registration B-77999), owned by VIH (Canada) and leased since 2001.
- Japan
- Akagi Helicopter has one helicopter in service.
- Portugal
- Portugal previously operated six Ka-32 A11 BC helicopters dedicated to combating forest fires; these units were transferred to Ukraine in 2024.
- Russia
- Omega Helicopters utilizes multiple Ka-32S helicopters.
- Serbia
- The Serbian Police Helicopter Unit employs two Ka-32A11BC helicopters specifically for wildfire suppression.
- South Africa
- South African AIRREP operates Kamov Ka-32 helicopters for firefighting roles in Cape Town.
- South Korea
- The South Korean Coastal Guard alongside the Forest Service collectively operate thirty-six Ka-32 helicopters.
- Spain
- Babcock Spain (formerly INAER Group) runs ten Ka-32 A11 BC helicopters dedicated to forest fire fighting.
- Switzerland
- Helog Heliswiss operates the Ka-32 A12 variant.
- Heliswiss manages the Ka-32T variant.
- Turkey
- The Turkish Ministry of Environment maintains eight Ka-32 helicopters for wildfire control efforts.
- Iran
- Iran has imported several units of this helicopter model for civilian use and potentially military applications.
Military
- As of 2024, the Algerian Air Force operates a fleet of 4 Ka-32T helicopters.
- The Lao People's Liberation Army Air Force includes Ka-32 helicopters in its inventory as of 2024.
- By 2024, the Republic of Korea Air Force has 8 Ka-32А4 helicopters in service.
- The Ukrainian Navy is equipped with 6 Ka-32A11BC helicopters as of 2025, supplied by Portugal.
- The Vietnam People's Navy operates a single Ka-32T helicopter as of 2025.
Potential Operators
- Indonesia intends to purchase Ka-32 helicopters for roles including evacuation, search and rescue, cargo transport, forest firefighting, and law enforcement through the Indonesian Police.
- Iran has plans to produce a minimum of 50 Ka-32 helicopters under license from the original Russian manufacturer.
Accidents and incidents
- The Vietnam People's Navy experienced the loss of one Ka-32T helicopter bearing serial number 7551 during a training mission. Currently, only one Ka-32T with serial number 7552 remains operational in Vietnam.
