This New Army Helicopter Changes Everything .

Many of today's helicopters are aging out, pushing closer to the limits of their service life. Replacing them with more advanced, efficient platforms is expected to cut long-term costs while significantly improving operational safety. To get there, multiple contracts have been awarded to competing prototypes that are now undergoing rigorous testing and evaluation. At the center of this push is Sikorsky's X-2 technology, a breakthrough suite of innovations designed to dramatically enhance helicopter performance and expand what rotorcraft are capable of. With speeds over 200 knots and nearly twice the range of traditional helicopters, X-2-powered aircraft reach the fight faster and stay longer. One of the most advanced platforms built on this technology is the Sikorsky S-97 Raider, a high-speed compound helicopter developed for the Army's future vertical lift program. It can carry six troops, deploy external weapons, and cruise at over 220 knots, nearly twice the speed of conventional helicopters, while still operating in extreme high and hot conditions, like 10,000 feet in 95-degree heat. Advanced fly-by-wire controls, integrated systems, and a rigid rotor design give Raider exceptional agility, allowing it to maneuver precisely in complex, low-altitude environments. Unlike traditional helicopters, it can accelerate and decelerate without changing its attitude, maintain eyes on target, and even reverse propeller thrust to dive or slow down, capabilities that reduce exposure time and increase lethality. Its high turn rate cuts engagement distances in half, while its ability to hover nose-up or nose-down allows operators to aim sensors and weapons in tight urban or mountainous terrain. When you go really fast, the blade that's going away from the nose or retreating, the air flows the wrong way over that airfoil, and that's no way to produce lift. Well, now with two rotor systems, I have one blade that's always advancing on both halves of the aircraft, and we're able to go faster than you can in another aircraft. Okay, this is the S-97 pusher prop here, and this is what differentiates the S-97 from other helicopters, the ability to have an independent thrust control device. We can use this to accelerate, to go faster than other helicopters, but also we can use it to decelerate, that when we're coming into the hover, in most helicopters, you have to raise the nose up and you can no longer see where you're going at that point. Well, now I can see where I'm going because I can throw the brakes out or essentially throw the parachute out by putting negative pitch on my pusher prop. Raider also introduces a whisper mode, disengaging its propeller to reduce acoustic signature and approach targets undetected. With over 600 kilometers of range, more than 2.7 hours of endurance, aerial refueling capability, and a payload that includes Hellfire missiles, rockets, and heavy machine guns, it's built for multi-mission flexibility. From light attack and armed reconnaissance to close air support and combat search and rescue, the platform is designed to meet and exceed the demands of the U.S. Army's future attack reconnaissance aircraft program, while remaining scalable across joint forces and even unmanned missions. Funded entirely by Sikorsky and Lockheed Martin, Raider represents a shift in how helicopters fight, survive, and dominate on the modern battlefield. Another major contender is the SB-1 Defiant, a joint effort between Sikorsky and Boeing for the Army's future vertical lift program. The partnership, formed in 2013, split responsibilities between the two companies, with Sikorsky leading design and Boeing handling propulsion systems. The broader program aims to deliver two aircraft types, a future attack reconnaissance platform, and a long-range assault aircraft. Their answer is the SB-1 Defiant, a compound helicopter featuring coaxial rotors and a rear pusher propeller. The Defiant has undergone extensive testing to push the boundaries of rotorcraft performance. Reaching speeds above 247 knots, it ranks among the fastest helicopters ever built, redefining expectations for modern vertical lift platforms and setting a new benchmark for speed. It has also demonstrated a range exceeding 300 miles while carrying payloads over 4,000 pounds, meeting the Army's demanding FLRAA requirements. One of its key advantages is its ability to fly extremely low to the ground, often between 50 and 100 feet. This low-level flight profile makes detection far more difficult for both radar systems and visual observers, increasing survivability and allowing the aircraft to use terrain to mask its movement. In one standout test, the aircraft executed a near-vertical deceleration from 236 knots into a confined landing zone. This maneuver highlighted its agility and control under extreme conditions. Its top speed of 247 knots represents a major milestone in its development and signals its potential to exceed Army performance requirements. Another option the Army considered was the Bell 360 Invictus. Built for the future fight, it was designed to deliver greater speed, range, agility, and lethal precision while seamlessly coordinating with ground forces and dominating the information battlefield. Its lift-sharing wing reduces rotor strain, unlocking higher speeds, while a supplemental power unit boosts performance across cruise, hover, and combat conditions. A low-drag tandem cockpit enhances visibility and survivability. And a fly-by-wire system proven on advanced Bell platforms enables next-generation control, including pilot-optional operations. With integrated weapons like a 20mm cannon and air-launched effects, the Invictus was built to strike fast and stay in the fight. From Raider X to Defiant and Bell's 360 Invictus, the Army pushed a new generation of aircraft to the limit, testing speed, range, and real-world performance. Then in 2024, it made a surprising move. Instead of selecting a winner, the Army canceled the program entirely, signaling a shift toward drones and unmanned systems taking over reconnaissance missions once handled by manned helicopters. But the story didn't end there. Under a separate competition for long-range assault, one aircraft continued to pull ahead, delivering greater range, higher speed, and a more mature, lower-risk platform after years of testing. This is the aircraft that redefined the future of assault, the V-280 Valor, now officially designated the MV-75, where MV stands for Multi-Mission Vertical Takeoff, and 75 pays tribute to the Army's founding year, 1775. In December 2022, the Army finalized its decision, choosing Bell's next-generation tiltrotor to anchor the future of Army aviation for decades to come. The MV-75 is designed to give soldiers a decisive edge, combining the long-range speed of a turboprop with the agility of a helicopter, capabilities that are becoming critical on a rapidly evolving battlefield. At its core, this aircraft is built for the modern warfighter, delivering significantly improved flight performance while also reducing long-term maintenance and operational costs. Unlike traditional helicopters, tiltrotor technology allows the MV-75 to fly faster and farther, without sacrificing the maneuverability needed for complex missions. It's a platform engineered for multi-domain operations, where speed, reach, and survivability can define the outcome of a mission. The aircraft's fixed-engine nacelle design simplifies manufacturing and enhances reliability, while also reducing the workload placed on pilots in high-pressure environments. Extensive flight testing has already demonstrated exceptional control in pitch, roll, and yaw, proving the kind of agility required in real-world combat scenarios. And with more than double the speed and range of many current Army aircraft, the MV-75 represents a major leap forward in long-range assault capability. Ultimately, this isn't just a new aircraft. It's a fundamental shift in how the U.S. Army plans to project power, move troops, and win on tomorrow's battlefield. To ensure the aircraft meets real-world needs, Bell brought in soldiers from the 101st Airborne Division to evaluate the design firsthand. These troops explored the cabin, tested seating positions, and assessed overall functionality. Their feedback plays a critical role as they represent the end-users who will operate the aircraft daily. By incorporating this input, Bell aims to build a platform that is easier to fly, simpler to maintain, and more efficient for military operations. The Army isn't just investing in next-generation helicopters. It's also strengthening its ground forces with platforms like the Infantry Squad Vehicle Heavy, designed to enhance tactical mobility in modern combat operations. Built to carry up to six soldiers, the vehicle allows infantry teams to move quickly across difficult terrain while staying protected and mission-ready. What makes the ISVH especially useful is its onboard power system, which can run radios, sensors, and other critical equipment directly from the vehicle. This capability is essential for today's dispersed battlefield. Where small units often operate far from larger support elements. By providing both mobility and reliable power, the ISVH helps squads maintain communication, operate advanced systems, and stay effective during extended missions. The vehicle's design focuses on speed, flexibility, and rapid deployment, allowing troops to quickly maneuver across the battlefield and respond to changing threats. Built on the rugged platform of the Chevrolet Silverado, this squad vehicle combines military upgrades, advanced suspension, and hybrid power technology to rapidly move troops across tough terrain while improving efficiency, endurance, and battlefield mobility. Alongside the Heavy variant, the U.S. Army also operates the Infantry Squad Vehicle, a lightweight, unarmored, utility vehicle designed to rapidly transport soldiers across the battlefield. The Infantry Squad Vehicle, or ISV, is changing the way the Army moves its troops. Lightweight, fast, and built-to-go places heavier vehicles simply can't. The U.S. Army has ordered 121 additional Infantry Squad Vehicles in a contract valued at $18.8 million, with the total program potentially reaching $458.4 million. Earlier this year, senior Army leaders brought a challenge to Applied Intuition, a Silicon Valley company specializing in autonomous systems. The mission? Take commercial driverless technology and turn it into a combat-ready military vehicle, fast. Within just 10 days, the team delivered a fully autonomous ISV paired with a Humvee mobile command post. It was a glimpse of what happens when military needs meet Silicon Valley speed. Here at this JRTC rotation with the Applied Intuition team, autonomous ISV. They came to our offices and gave us 10 days to retrofit a military vehicle and put on it Applied Intuition's technology, our off-road autonomy stack, and our vehicle operating system, VehicleOS. The key is to make military vehicles smarter. We enabled them getting here faster and quicker, helped them get through a lot of the red tape that traditionally slows down getting the tech in a soldier's hand. We used a contract mechanism called a CRADA, or Cooperative Research and Development Agreement. It has the ability to stream its camera data across the world wherever a commander needs to be watching it. It has embedded target recognition models so it can see if there's threat in the area and stream that data back. It could also detect any maintenance issues and any fault with the vehicle itself, low tire pressure, engine cooling, engine temperature problems. It alerts that there is an issue, show the soldier how to repair the fault that it has. Maybe putting a vehicle operating system on it so that other vendors can incorporate their technology, but also adding MMPs, or multi-mission payloads. So like a soldier might be like, I want a robotic mortar system, or I want to be able to do CASEVAC, or I want to be able to use my ATAC and call up the robot to come pick me up. So these are all different avenues we're investigating. You can send the vehicle on its own to scout a route to see if there are any issues there before you send a unit. We're trying to bring in these new techniques, these new technologies, and working with the soldiers so they have the same capability they have on their personal technology in the vehicles they have today and the equipment they're using. We want their kit to be the best kit in the world. The ISV is an official Army Program of Record awarded to GM Defense to meet validated operational requirements. Built on the Chevrolet Colorado ZR2 platform, it uses 90% commercial off-the-shelf parts. That combination of proven automotive components and military-grade engineering makes it both rugged and easy to maintain, while keeping costs and complexity down. Off-road performance is where the ISV shines. Chevrolet performance upgrades give it the ability to climb steep inclines, cross mud and sand, and handle rough terrain with ease. So the infantry squad vehicle is essentially a high mobility vehicle that's meant to transport troops and equipment from A to B, get you as close to the X as possible so you can dismount and fight, take the fight to the enemy without traveling dismounted for too long with a lot of equipment on you. I'd say it allows us to fight lighter, so being a light infantry division we rely on our mobility on foot to fight, but given that we also have a lot of weapons capabilities like AT4s and Javelins that it's tough to fight dismounted with, so having these vehicles you can load up all of your sustainment, all of your weapons, and then get off as close to the objective as possible and still fight light. All the heavy things, right, that we carry to include our RUC, Javelin systems, AT4s, Carl Gustaf, the Stingers, I mean you name it, all the stuff that we have to carry with us to fight with now in this let's go war, we can expeditiously just strap that down to the ISV with just some 550 quarters, some tape, and if we need to use it, cut it off real quick and engage with it, and it kind of, it takes the weight off the soldier's back because you can also match your RUC tack on it as well. For JROTC and my platoon's purpose, it has definitely helped us, mainly for us been trying to place off the roads and get into a hide site so that way we can stay undetected, hidden, and we can easily deploy our drone assets to do recon. So it maneuvers a lot better through the wood line than I thought it would. It definitely maneuvers better than a Humvee. It's been getting stuck less. If you were taking an ISV into the battle, you wouldn't take it all the way up. You'd probably pull it into the ORP displace, and that gives you less distance to cover on foot, so you're more energized for the battle. You have less weight to carry on you, and you can just focus on taking mission critical items into the battle with you. The one thing I think should change for an ISV or should be implemented is a turret, so there's a 360 degree of cover, and it's not limited to people on the sides having to stay watch, and it allows us to have some more capability of defense. Yeah, we're good to go. I'm Captain Wagner. I'm Hound 6, commander of the Strike Company for 2-2 Infantry. The whole Strike Company purpose is to find, fix, and attrit our enemies before our rifle companies within the battalion ever make first contact. So in order to make that possible, we've been fielding these new ISVs to give us an added mobility capability, and so far it's worked out great for us. These vehicles are able to travel in rough, rugged terrain. You can climb rocks. You can get through mud. You can get through snow. It handles well on ice, even without the chains. Overall, pretty satisfied and happy that we have this new mobility platform. Additionally, you're able to unload and load people and equipment rapidly from this vehicle because there are no walls or anything. You can load nine people into this vehicle very rapidly, much more rapidly than you could load and unload a LMG or a high-back Humvee. And on top of that, there's no waiting involved with this vehicle. You turn it on, you can step on the gas, you get where you need to go. The seat belts are simple. The seats fold down, fold up when they're not in use, and you can stow everything that you need on the racks in the vehicle. I foresee in our upcoming force-on-force operation here at JMRC that these ISVs are going to allow our scout platoon and our lethal unmanned systems platoon to navigate into areas where the enemy won't be able to, or at least not very easily. What that's going to do is give us an added advantage in survivability, being able to get into those hard-to-reach places, where we can still observe the enemy, whether that's through our UAS platforms or through our scouts' eyes and optics. Firepower is built in. A top-mounted weapon station can carry M240s, M2s, or MK19-47 grenade launchers. Side swivel mounts allow additional machine guns, like M249s or M240s, giving squads flexibility to bring the right firepower for the mission. Adaptability extends to deployment. The ISV can be flown inside C-17s or C-130s, airdropped with low-velocity systems, or sling-loaded beneath a UH-60 Blackhawk. Stretchers attach to the vehicle's rollover protection frame using crab-claw brackets, allowing wounded troops to be moved quickly, even under fire. Power comes from a GM Duramax 2.8-liter turbodiesel I-4 engine, paired with a six-speed hydromatic 6L50 automatic transmission. It delivers the torque and reliability soldiers need to move across rough terrain with a full load. If you're enjoying this video, don't forget to hit that subscribe button for more content like this.