DCS: F-100D Super Sabre by Grinnelli Designs

The F-100D Super Sabre entered service in 1956 as the U.S. Air Force’s definitive fighter-bomber. Succeeding the legendary F-86, it was the first fighter aircraft capable of supersonic speed in level flight. Although developed as a day air-superiority fighter, the Super Sabre family eventually saw the F-100D repurposed as a ground-attack platform. Extensive use of the F-100D during the Vietnam War made it the most widely produced variant.
Building on the legacy and performance of its predecessor, the F-100’s distinctive 45-degree swept-wing design introduced unique handling challenges at low speeds. In particular, inexperienced pilots could encounter the notorious “Sabre Dance”: A phenomenon resulting from increasing adverse yaw, inertial coupling, and wing-tip stall.
The Super Sabre is equipped with four 20 mm Pontiac M39 cannons mounted in the lower fuselage beneath the cockpit, providing formidable firepower. It is capable of carrying up to four AIM-9 Sidewinder air-to-air, infrared-guided missiles for targeting enemy aircraft. The aircraft also features six underwing hardpoints that can carry a total payload of up to 7,040 lb of conventional bombs, rockets, napalm, and the AGM-45 Shrike anti-radiation missile used to attack radar installations. To support both aerial gunnery and air-to-ground bombing, the aircraft is equipped with a fire control system that helps the pilot accurately aim and release weapons.
To further enhance operational effectiveness, the F-100D features the “high wire” modification that standardizes instruments and avionics. This includes the AN/APR-25 Radar Homing And Warning receiver (RHAW), which alerts pilots to threats from surface-to-air missiles (SAMs). For example: The RHAW can detect radar emissions from systems like the Fan Song tracking radar that guides SA-2 Guideline missiles.
Key Features of the DCS: F-100D Super Sabre:
Highly detailed cockpit and external model: Crafted from thousands of photos, photogrammetry, and laser scans of an F-100D museum aircraft.

Extremely accurate flight model (EFM): Tested against actual short- and long-period dynamics reports to achieve exact handling qualities that have also been verified by actual F-100 pilots.

Detailed era-correct F-100D pilot model

Zero-length launch: A rocket-mounted system for launching the aircraft from a standstill with a full combat payload.

Configurable strike and gun cameras: Record weapons fire so that pilots can review in debriefs.

Customizable dash: Set up core gauges the way you want them, or randomize the setup for an authentic experience.

High-quality cockpit audio: Recorded from an actual F-100.

In-depth systems modeling:
Electrical system: A fully-simulated electrical system model provides accurate voltages, currents, and power consumptions of electrical components.

Hydraulic system: Simulates hydro-mechanical flow and physically modeled actuators.

Radio navigation equipment: Including UHF Radio direction finding, ADF, and TACAN.

Thermodynamic engine model: Includes engine compressor stalls and surges, oil, gearbox, ignition, and afterburner physics.

Multiple probe and afterburner configurations: Integrated into the flight and engine models. Two afterburner models are provided: The J-57-P-21 and J-57-P-23. Pilots flying  the older J-57-P-21 experience longer afterburner light times, more frequent failures to light, and more frequent compressor stalls.

Physical simulation of pilot interfaces: Including gauges, friction, and mass to achieve realistic dynamics on gauges and other moving parts.

Temperature simulation of aircraft brakes: Includes brake fade and smoke when brakes are too hot.

Radar homing and warning receiver: Includes detailed radar signal simulation, dynamically generated unique sounds for all radar units, and a scope that displays radar vectors for three specific threat bands.

Detailed weapon systems: Includes guns, air-to-air missiles (including new AIM-9E Sidewinder), air-to-ground missiles (AGM-45 Shrike), bombs, rockets, and two new cluster dispensers (CBU-38 and CBU-7).

Fire control system: Incorporates a ranging radar, gyroscopic air-to-air gunsight, and an early form of computer-assisted bombing.

Detailed dynamic damage: Supported by in-depth system modeling.

In-game manual: To help you learn in the cockpit. Offline manuals are also provided.

Interactive training missions: Five training missions at launch, and more after launch. Instant Action missions for various maps, including but not limited to Caucasus and Marianas.

Flying the F-100D Super Sabre in DCS is a demanding, hands-on experience that leaves little room for complacency. From managing its high-speed handling characteristics to understanding early-generation avionics, every phase of flight requires focus and discipline. In the DCS: F-100D Super Sabre, success comes from understanding its nuances, and this makes it a deeply rewarding aircraft to master for those up to the challenge.