In late July 2025, a unique test brought together two very different machines on the battlefield—a lightweight quadcopter and one of the world’s most advanced fighter jets. The quadcopter in question, the C100 developed by Performance Drone Works (PDW), teamed up with the U.S. Air Force’s F-35A Lightning II. Together, they carried out precision strikes using GBU-12 Paveway II bombs.
C100’s Role in Precision Targeting
The C100, which looks much like a regular hobby drone but is far more powerful, carried a Leonardo STAG5 laser designator. This device let the drone shine a focused laser “pointer” onto a target. Once the C100 marked the target, the bomb locked on to the light and adjusted its path mid-flight to hit the target with extreme accuracy.
During the test, the C100 designated targets at distances of 1, 1.5, and 2 kilometers. The F-35A dropped four inert GBU-12 bombs, and each one struck its intended spot with remarkable accuracy. Unlike in traditional operations, the mission did not require a second aircraft or ground team to guide the bombs. This allowed the fighter jet to stay at a safe distance while still relying on precise target marking.
UK shocks NATO summit with massive nuclear-capable F-35A fighter jet order
The C100 hovered in the air for about 35 minutes, maintaining a distance of three kilometers from its operator, while continuing to direct the bombs to their targets. This loitering capability highlighted its effectiveness in contested or risky zones, where keeping human operators safe is essential.
Power of the GBU-12 and the C100 Partnership
The GBU-12 Paveway II has been a trusted weapon since its introduction in the 1970s. It is a 500-pound laser-guided version of the widely used Mk 82 bomb. When dropped without guidance, bombs like the Mk 82 can miss targets by hundreds of feet. But with laser guidance, the GBU-12 reduces this error to just about three and a half feet, ensuring far more accurate strikes.
By pairing with the C100, the F-35A was able to drop these bombs from altitudes ranging from 2,500 feet up to 40,000 feet. This kept the stealth fighter out of reach of many radar systems while still hitting targets with accuracy. The F-35A itself is one of the most advanced jets in the world, capable of flying at speeds of Mach 1.6 and carrying a large arsenal of weapons.
🇨🇭 Swiss outrage erupts as Trump slaps record 39% tariffs, shaking F-35 jet deal
The test also proved that small, relatively inexpensive drones like the C100 can provide critical support to billion-dollar aircraft. While the F-35 costs over $100 million, the C100 comes at a fraction of the price, around $10,000–$20,000. Yet, its ability to safely designate targets means fewer risks for both pilots and ground forces.
The U.S. Army had already shown interest in the C100, awarding a $15.3 million contract in late 2024. Its range of 10 kilometers and flight endurance of 74 minutes make it suitable for intelligence, surveillance, reconnaissance, supply drops, and now precision strike support.
C100 Quadcopter Changing Battlefield Dynamics
The recent demonstration highlighted how small drones are reshaping battlefield strategies. Traditionally, laser-guided bomb missions required either another aircraft to perform “buddy lasing” or ground teams to mark targets. Both options carried significant risks, especially in areas where air defenses or hidden threats are present.
With the C100 acting as a forward designator, those risks were reduced. The drone’s operator could remain at a safe distance, while the drone loitered closer to enemy positions, guiding bombs with pinpoint precision. Its electro-optical sensors allowed for high-quality visuals, which helped in identifying and confirming targets.
The August 2025 test video showed the C100 flying for over 30 minutes, holding steady in the air and keeping its laser lock until each bomb struck the target. This gave ground troops and air forces faster, safer operations without relying on costly support aircraft.
Britain’s Nuclear Comeback: UK to Buy F-35A Fighter Jets Amid Rising Russian Threat
The C100 proved more affordable than larger drones like the MQ-9 Reaper, yet remained nimble and effective in areas where bigger systems struggle. Designed for small-unit missions, it integrated smoothly with advanced fighter jets, accurately marking targets in both rural and urban battlefields.
The July 2025 trial confirmed that pairing a small quadcopter with a stealth jet could deliver deadly precision at lower cost. With its endurance, range, and targeting ability, the C100 established itself as a powerful force multiplier on the battlefield.
