The Yakovlev Yak-52 is a tandem seat, radial engine, trainer aircraft that served as the primary aircraft trainer for the Soviet Union and many other nations. Introduced in 1979, the Yak-52 has been a popular choice among air forces given its rugged construction, ease of handling, tricycle landing gear, and simple maintenance. These same characteristic have made it a popular civilian aerobatics aircraft in its later years.
The Yak-52 is powered by a single Vedeneyev M-14P, nine-cylinder radial piston engine with 360 horsepower. We have created a new radial piston engine simulation from the ground up with a highly-realistic engine cooling model. The aircraft is very response given an empty weight of just one ton and large controls surfaces. Capable of pulling over 7 G and pushing up to negative 5 G, it’s no wonder the Yak-52 has been popular with aerobatic teams around the world.
Our Hornet is the culmination of more than 40 man years of intense research, technology development, art creation, and ground-breaking coding. The Hornet brings the first, true, multi-role fighter to the skies of DCS World with equally impressive air-to-surface and air-to-air capabilities.
DCS: F/A-18C Hornet is initially being released as Early Access, with several features to be added during the Early Access period. This includes several sensors, weapons, and sub-systems.
The AV-8B project was born in the early 1970's as an effort to address the operational inadequacies of the AV-8A first generation Harrier, aimed to dramatically improve the capabilities and performance of the early AV-8A's. The AV-8B made its maiden flight in November 1981 and entered service with the United States Marine Corps in January 1985. It later evolved into the AV-8B N/A (Night Attack) and AV-8B Harrier II Plus.
The NS 430 for the L-39 module integrates the NS 430 panel directly into the L-39C cockpit (not as a pop-up display). The NS 430 is fully wired into the electrical and radio systems of the L-39.
The NS 430 panel is placed in the front cockpit, and the gunsight must be turned off to operate the NS 430.
For work of this module, you must also own the DCS: NS 430 and DCS: L-39 Albatros modules.
The NS 430 for the Mi-8MTV2 module integrates the NS 430 panel directly into the Mi-8MTV2 cockpit (not as a pop-up display). The NS 430 is fully wired into the electrical and radio systems of the Mi-8MTV2.
The NS 430 panel is placed in the right side of the cockpit.
For work of this module, you must also own the DCS: NS 430 and DCS: Mi-8MTV2 modules.
The NS 430 GPS navigation system, is an optional add-on module for most DCS World aircraft. It provides powerful, yet intuitive, navigation and radio communications options to supplement the navigation and radio systems already integrated into your aircraft. The NS 430 is particularly useful for older aircraft with less sophisticated navigation and communication systems.
This module provides ability to display the NS 430 as a pop-up window in almost all aircraft (except for those that have their own advanced navigation systems like the A-10C, Ka-50 and F/A-18C).
We are also offering two bundle deals with this module!
The DCS: World War II Assets Pack provides numerous World War II air, land and sea assets to populate the Normandy and other DCS World maps with. Eagle Dynamics has spent several years creating an entirely new set of combat vehicles to support DCS: World War II, and each unit is created with an exceptional level of detail and accuracy.
In addition to populating World War II era maps, this asset pack can be used with all other DCS World map modules.
We are also offering bundle deal with Normandy 1944 map for this product.
The AJS-37 Viggen is a Swedish double-delta supersonic attack aircraft from the late Cold War. It was the backbone of the Swedish Air Force during the Cold war, serving as the main attack and anti-ship platform. The AJS is the 90’s upgrade of this 70's era aircraft, adding several advanced weapons and systems functionalities. The aircraft was designed around the pilot, with an excellent man-machine interface, supporting the pilot through the smart use of autopilot systems, radar and HUD symbology in order to deliver the ordnance onto targets from treetop level with high speed attack runs.
The aircraft is armed with multiple weapon systems ranging from programmable stand-off weapons such as the RB-15F antiship missile to the BK90 Cluster munitions dispenser to various bombs, rockets and missiles for a wide range of target types. The aircraft can also carry gun pods and the Sidewinder series of infrared-guided missiles for air defence and self-protection purposes.
The British Spitfire is one of the most iconic fighter aircraft of World War II. Most famous for its role in the Battle of Britain, the Spitfire served as Britain's primary fighter during the entirety of the war. The Spitfire combines graceful lines, eye-watering dogfight performance, and heavy firepower in its later variants. For DCS World, we are happy to bring you the most accurate and realistic simulation of the Spitfire LF Mk IX ever created.
The Spitfire Mk IX was originally developed as a stopgap measure as a response to the appearance of the Focke-Wulf FW 190A.
The Spitfire IX is powered by the Merlin 66. This engine produces its best performance at slightly lower altitudes than the older Merlin 61. Spitfires equipped with this engine were designated LF Mk IX. This was the most numerous version of the Mk IX, with 4,010 produced. The majority of Mk IXs of all types used the standard "c" wing, which would often carry two 20mm cannon and four .303in machine guns.
The F-5E was developed by Northrop Corporation in early 1970s. The light tactical fighter is an upgraded version based on previous F-5A developments. The F-5s’ combat role encompasses air superiority, ground support, and ground attack. Given its mission flexibility, ease of operation, and low cost, the Tiger II has, and continues to serve, air forces across the globe.
The F-5Е is armed with two 20-mm М39-А3 cannons with 280 rounds per each cannon. The cannons are located in the nose section, forward of the cockpit. Special deflectors are used to avoid compressor stall conditions caused by hot gas ingestion as a bi-product of operating the M-39-A3. Each cannon is capable of firing at a rate of 1500 to 1700 rounds per minute.