Su-34
Initial Operational Capability (IOC) : September 2011
First Flight : April 13, 1990
Total Production : 302
Development of the Sukhoi Su-32/Su-34 began in the early 1980s as a replacement for proven Su-24 Fencer long range, attack aircraft. It features the basic design airframe of successful Su-27 Flanker air defense fighter aircraft but introducing a new nose section with a two-seat, side-by-side ergonomic cockpit inside an armored titanium capsule and state-of-the-art avionics and liquid crystal displays. The armored cabin features plates of 17mm in thickness. The Su-32, also referred to as the Su-27IB, Su-32FN, Su-32MF or Su-34, has canard foreplanes, a flattened nose and two AL-35F engines for enhanced maneuverability. The spacious and pressurized cockpit with a galley allows the two-man crew to stand up and perform some exercise to relax themselves during long endurance missions. The production Su-34 airplanes are powered by two AL-31MF1 engines rated at 29,762-lb of thrust each with afterburner.
Model | Status | Year | Produced |
---|---|---|---|
Su-34 | Active | 2011 | 186 |
Su-34M | Active | 2022 | 116 |
Su-34
Group : Attack Aircrafts
Status : Active
Also Known As : Fullback, Strike Flanker, Su-27IB, Su-32 (export version), Su-32FN, Su-32MF, Su-34E
Origin : Russia
Contractors : NAPO, Sukhoi
Initial Operational Capability (IOC) : September 2011
First Flight : April 13, 1990
Total Production : 186
Unitary Cost : RUB 1.1 billion
Development of the Sukhoi Su-32/Su-34 began in the early 1980s as a replacement for proven Su-24 Fencer long range, attack aircraft. It features the basic design airframe of successful Su-27 Flanker air defense fighter aircraft but introducing a new nose section with a two-seat, side-by-side ergonomic cockpit inside an armored titanium capsule and state-of-the-art avionics and liquid crystal displays. The armored cabin features plates of 17mm in thickness. The Su-32, also referred to as the Su-27IB, Su-32FN, Su-32MF or Su-34, has canard foreplanes, a flattened nose and two AL-35F engines for enhanced maneuverability. The spacious and pressurized cockpit with a galley allows the two-man crew to stand up and perform some exercise to relax themselves during long endurance missions. The production Su-34 airplanes are powered by two AL-31MF1 engines rated at 29,762-lb of thrust each with afterburner.
The Su-32 multi-role aircraft can fly maritime patrol, anti-ship attack, day/night all-weather precision strike against small-size and moving targets, low level attack, and anti-submarine warfare missions engaging enemy aviation using short and medium range air-to-air missiles. In-flight refueling capability (one extends the aircraft range from 4,000 kilometers to 7,000 kilometers) enables the Su-32 to perform longer range tactical attack missions typically carried out by Tu-22 Backfire medium-weight bombers. Its advanced architecture allows operations in severe clutter and jamming environments.
The Su-32 aircraft is intended primarily to replace current Su-24 and Tu-22 attack aircraft in the Russian air force. The Su-32 is planned to be one of the three combat aircraft types (PAK FA stealth multi-role fighter and Yak-130/Mig-AT light attack aircraft) operated by Russia beyond the 2010-2015 timeframe. A navalized version intended for the Russian Navy features sea-surface surveillance, submarine reconnaissance, mine detection and capabilities facilitating attacks against enemy surface ships. Russian officials have expressed their commitment on developing reconnaissance and electronic attack variants of the heavy-weight Su-32 aircraft to replace existing Su-24 derivatives. Moreover, Su-32 is expected to use existing and planned bombs and missiles in the Russian inventory.
In June 2003, the Su-32 completed successfully the first government validation tests. By 2004 the Novosibirsk assembly plant delivered the last of eight developmental Su-32/34 fighter-bomber aircrafts. According to Russian press the plane was cleared for service by the Russian Air Force in late 2004. The current plans call for the Su-32/34 to replace all existing Su-24 and Su-24M strike aircraft in the Russian Federation Air Force by 2020. The replacement of Su-24M2 aircraft is expected by 2025. A third batch of 100-150 aircraft, focusing primary on Su-34M, maybe on order but not made public.
Operators
Country | Status | State | Notes |
---|---|---|---|
![]() | Planned | 14 | Su-34E |
![]() | Active | 165/172 | In 2009 Russian Air Force plans called for fielding 58 Su-34 Fullbacks by 2015 and 200-300 more by 2022. In August 2011 the Russian Air Force plans called for the fielding of only 120 Su-34s. The current fleet includes 8 Su-34 prototypes and 124 serial production aircraft. A third batch of 100-150 aircraft maybe on order but not made public. |
Specifications
Notes | ||
---|---|---|
Crew | 2 | |
External Stations | 12 | |
Number of Engines | 2 | |
Sorties a day | 4 | |
Area | ||
Wing Area | 60 square meter | |
Dimensions | ||
Height | 6.1 meter | |
Length | 23.3 meter | |
Main Gun Caliber | 30 millimeter | |
Wingspan | 14.7 meter | |
Mass | ||
Empty Weight | 22,500 kilogram | |
Fuel Load | 12,100 kilogram | |
Max Takeoff Thrust | 59,524 pound | |
Max Takeoff Weight | 44,360 kilogram | |
Payload | 8,000 kilogram | |
Performance | ||
Armor Thickness | 17 millimeter | |
Ceiling | 17,000 meter | |
Max Range | 4,000 kilometer | |
Min Range | 1,100 kilometer | |
Radius of Operation | 1,100 kilometer | |
Speed | ||
Top Speed at High Altitude | 1,900 kph | |
Top Speed at Sea Level | 1.2 mach | |
Time | ||
Flight Endurance | 10 hour |
Gear
Air-to-Air Missiles | ||
---|---|---|
R-27ER | 2 | |
R-27ET | 2 | |
R-27R | 2 | |
R-27T | 2 | |
R-73 | 2 | |
R-77 | 2 | |
Anti-Radiation Missiles | ||
Kh-31P | ||
Kh-31PD | ||
Anti-Ship Missiles | ||
Kh-31A | ||
Kh-31AD | ||
Kh-35U | ||
Kh-41 | ||
Kh-59MK | ||
Kh-65SE | ||
Bombs | ||
KAB-1500KR | ||
KAB-1500LG-F-E | ||
KAB-500KR | ||
KAB-500L | ||
KAB-500OD | ||
KAB-500S-E | ||
Cruise Missiles | ||
Kh-65 | ||
Fighter Aircraft Engines | ||
AL-31MF1 | 2 | |
Jamming Systems | ||
SAP-14 | 1 | |
SAP-518 | 2 | |
Medium Caliber Cannons | ||
GSh-301 | 1 | |
Radar Systems | ||
Sh-141 | 1 | |
Standoff Weapons | ||
Kh-29D | ||
Kh-29L | ||
Kh-29T | ||
Kh-38MAE | ||
Kh-38MKE | ||
Kh-59ME |
Gear
Air-to-Air Missiles | ||
---|---|---|
R-27EA | 2 | |
Bombs | ||
2 | ||
1 | ||
BETAB-500 | 2 | |
FAB-100 | 24 | |
FAB-1500-2600TS | 2 | |
FAB-250 | ||
FAB-500 | ||
KAB-1500LG-OD-E | ||
KAB-1500LG-Pr-E | ||
KAB-1500S-E | ||
KMGU-2 | 4 | |
ODAB-500PMV | ||
OFAB-250-270 | ||
PBK-500U | ||
Cruise Missiles | ||
Kh-101 | 2 | |
Kh-102 | 2 | |
ESM & Warning Systems | ||
UKR-RT | 1 | |
Jamming Systems | ||
Khibiny-10V | 2 | |
Optronic Systems | ||
Platan | 1 | |
UKR-OE | 1 | |
Radar Systems | ||
UKR-RL | 1 | |
Rockets | ||
S-13 | ||
S-13DF | ||
S-13OF | ||
S-13T | ||
S-25 | ||
S-80FP | ||
Standoff Weapons | ||
Kh-38MLE | ||
Kh-38MTE |
Su-34M
Group : Attack Aircrafts
Status : Active
Also Known As : Su-34NVO
Origin : Russia
Contractors : NAPO, Sukhoi
Initial Operational Capability (IOC) : June 30, 2022
First Flight : 2018
Total Production : 116
The Russian Air Force Su-34 modernization program, also referred to as Su-34M, is aimed at making the Su-34 platform more survivable in the 2020s environment. So far, the development effort focuses on the Tarantul electronic warfare (EW) system that will render the aircraft or a group of aircraft immune to detection by hostile radars as well as improved performance avionics that could help improve flight qualities. Another item that may be integrated into the Su-34M is a laser jamming system to blind infrared guided missiles and electro-optical sighting systems. The Su-34M weapon system may include a new modification of the Kh-35 anti-ship missile (Kh-35UE) and a new generation of aero ballistic missiles. The modernization program is slated to begin before the end of 2018 with the Su-34M cleared out for operational deployment by 2020.The Russian Ministry of Defense could have placed third batch of 100-150 aircraft, focusing primary on Su-34M, but not made public. The first operational unit within the Russian Air Force started operations at the end of June 2022.
In September 2023, Russia cofirmed that the Su-34 bomber was able to launch the Kinzhal hypersonic cruise missile against targets within Ukraine. The new aircraft is capable of performing 4-5 sorties in a single day.
Operators
Country | Status | State | Notes |
---|---|---|---|
![]() | Active | 70/116 | A first batch of 20 aircraft to be delivered in 2021 through 2023. A second batch of 76 (96) aircraft is expected to be delivered by 2027. |
Specifications
Notes | ||
---|---|---|
Crew | 2 | |
Number of Engines | 2 | |
Sorties a day | 5 | |
Dimensions | ||
Main Gun Caliber | 30 millimeter |
Gear
News

Since the onset of the special operation and the increase in the state defense order, many Rostec defense enterprises have shifted to round-the-clock, multi-shift operations MOSCOW,

The United Aircraft Corporation (part of the Rostec State Corporation) handed over a batch of new Su-34 fighter-bombers to the Russian Defense Ministry.

The Russian Su-34 fighter-bomber successfully used the Kinzhal hypersonic air-launched missile system for the first time in combat conditions during a special operation.

The United Aircraft Corporation (UAC, part of the Rostec state corporation – Ed.) has delivered a new batch of Su-34 fighter-bombers to the Russian Aerospace Forces (VKS).

The bombers have undergone a series of ground and flight tests MOSCOW, October 9. /TASS/. The United Aircraft Corporation (UAC, part of the state tech corporation Rostec)

The aircraft gun has been dubbed the Ballerina for its lightness and high rate of fire: it outshines rivals in terms of precision, accuracy and rate of fire MOSCOW, October 3.

Rostec First Deputy CEO Vladimir Artyakov said the bombers are intensively used in Ukraine operation MOSCOW, June 17.
The Russian Aerospace Forces received the first Su-34 front-line bombers in 2024. The United Aircraft Corporation (part of Rostec) announced the receipt of a batch of aircraft

Zhang Xuefeng noted that the use of universal gliding and correction modules would allow the Russian military to fully unlock the potential of the FAB-3000 bomb that is being

Russian military pilots will be massively trained in the use of “smart bombs.” One of the training centers of the Aerospace Forces received a batch of Su-34 front-line bombers.

The Aerospace Forces received a new supply of Su-34 fighter-bombers as part of the execution of the state defense order of the Russian Ministry of Defense.

"The enterprise is honoring its commitments for the delivery of these aircraft under the defense procurement plan in full and on time," Vladimir Artyakov noted MOSCOW, October 9.
Photo Gallery
Notes
State Latest Known holdings/Original Procurement
Com - Date of Commissioning
Decom - Date of Decommissioning
Copyright © 2003-2025 deagel.com website. All rights reserved.