The decisive airspace is now the one hundred metres above our soldiers — and the decisive weapon costs less than the rations of the platoon it hunts.
AI concept render · for referenceMan-portable counter-drone defence for the soldier at the post.
Counter-FPV training for both sides of the drone fight.
Advanced FPV piloting tactics, through to attack-drone training.
AI concept render · for referenceA quiet, four-wheel electric ATV for fast, light movement over rough ground.
AI concept render · for referenceLets the soldier fire from cover. The decision stays human.
AI concept render · for referenceA laser layer for when drones come in numbers.
AI concept render · for referenceSharper sight for the soldier's weapon.
AI concept render · for referenceElectric mobility that moves a small team and its kit over rough ground.
In the Russia–Ukraine war, drones went from watching the battle to leading it.
The fight is now won or lost in the first hundred metres of sky above our soldiers. Everything we build is made in India for that fight.
They are cheap, fast and already over the front line. Our answer starts with a weapon every soldier can carry.
AI concept render · for referenceMan-portable counter-drone defence for the soldier already at the post.
AI concept render · for referenceA laser layer for when drones come in numbers.
Specifications and trial details are shared only through official channels.
Defend the first hundred metres. Eight waves, three weapons, one post.
Aim with the mouse or your finger. Net: tap to fire. Gun and laser: hold to fire. Switch with 1 · 2 · 3 or the buttons. P pauses, M mutes.
Illustrative game — not system performance.
Tap where the drone will be. One net, one drone.
Hold to fire and keep the beam on a drone until it drops. Watch the heat.
Illustrative games — not system performance.
Soldiers should meet the drone threat first on a range — not in battle.
Counter-FPV training for both sides of the drone fight.
Advanced FPV piloting tactics, through to attack-drone training.
AI concept render · for referencePrecision marksmanship training for snipers.
Training content and system details are shared only through official channels.
Drones dive at your post. Tap each one before it reaches you — the earlier, the better.
Hold to climb, release to drop. Fly through as many gates as you can.
Steer with the mouse or drag your finger. Fly into each enemy drone before it crosses our line.
Read the wind. Aim one mark into the wind for each wind bar, then tap to fire. The scope sways — time your shot.
Illustrative drills — not system performance.
An engine's noise gives a patrol away. Scout Rider moves quietly.
AI concept render · for referenceA quiet, four-wheel electric ATV for fast, light movement over rough ground.
AI concept render · for referenceElectric mobility that moves a small team and its kit over rough ground.
Specifications and trial details are shared only through official channels.
Move left and right to steer. Move up to go faster, down to go quieter — or use the arrow keys. Reach checkpoints for extra time. Go quiet near listening posts.
Hold the right side to drive out, the left side to drive back — or use the arrow keys. Stop at a pickup to load. Heavy loads struggle on steep climbs, so plan your trips.
Illustrative games — not system performance.
The soldier stays protected. The decision stays human.
AI concept render · for referenceLets the soldier fire from cover, with the final decision always human.
AI concept render · for referenceSharper sight for the soldier's weapon.
Specifications and programme details are shared only through official channels.
Point to aim — the weapon follows. Tap to fire. Hit enemy targets, drones and missiles. Never a friendly.
Illustrative drill — not system performance.
Technology should lead the way. Soldiers should command it. We build the systems that make both true — in India, for India's forces.
Since you opened this page, that is 0 new drones.
This is the 100-metre war. It will not wait for imports.
I grew up in a family that has served the nation in uniform. Duty and discipline were part of everyday life.
Over the years I met military dignitaries who had given a lifetime to service. Listening to them, I saw a gap no one was closing — technology was racing ahead, and the way our soldiers trained and fought was not keeping pace.
That is where I understood what I had to build. Technology should lead the way. Soldiers should control it, and follow it.
Craic Precision exists to close that gap, and to end our dependence on imports for the systems our soldiers stake their lives on. I build for the soldier who will stand at the front five years from now — so that on the day they need it, it is already Indian, already proven, already in their hands.
Galwan and Operation Sindoor reminded every one of us: the next fight will not wait.
Let the robot lead the way. The decision stays with the soldier.
Not for a deadline, not for a demo, not for a price.
Every system we make is one less our forces must import.
We design for the fight five years from now, not the last one.
Built to the standards our forces expect — tested hard, before it ever reaches them.
Designed for our mountains, deserts, jungles and coasts — not adapted to them afterwards.
Guided by veterans whose service spans training, special forces, intelligence and artillery.
A premium defence R&D house — built for India's forces, built with them, and in time trusted by partners across the world.
Every infantry section, every forward post and every vital installation will need protection from the sky. We intend to be ready first.
In the Russia–Ukraine war, small drones went from watching the battle to fighting it. The front line moved into the sky just above the soldier.
Small drones spot targets for the guns. They are eyes, not weapons.
Cheap racing drones carrying explosives begin hunting soldiers, trenches and tanks.
One side alone reports building over a million in a year. Drones get their own branch of the armed forces — a first.
Drones flown on thin fibre-optic cable cannot be jammed. Jamming alone is no longer enough.
Officials there report that drones now cause most front-line casualties.
Danger starts kilometres before contact. Every soldier, vehicle and post can be seen and struck from above.
A drone costing less than a motorcycle can stop a tank costing crores. Defence has to cost less than the threat.
Drones are easy to buy. Trained pilots and trained defenders are not. The side that trains first wins.
Both sides build their own drones and change them every few weeks. Imports cannot keep up.
The fight is now won or lost in the first hundred metres of sky above our soldiers. India must learn that lesson in training — not in battle.
Figures and events as publicly reported by officials and international media, 2022–2026. Reported figures are not independently verified.
Follow the evolution: Frontline Watch →Twenty reports from the Russia–Ukraine war, 2024–2026. Each is a lesson India can learn now — or pay for later.
Ukrainian units used heavy bomber drones and remote-controlled ground robots to push back Russian lines near Lyman, reportedly retaking about 176 sq km while keeping soldiers out of the first wave.
For IndiaThe first wave no longer has to be human. Robots lead; soldiers command.
Drones now watch the front so closely that troops near the line live, rest and travel below ground. Moving in the open has become the most dangerous thing a soldier can do.
For IndiaEvery post and every patrol needs its own shield against the sky.
European defence startups are forecast to raise a record $10.5 billion in 2026. Drones and autonomous systems take the largest share of the money.
For IndiaCapital has followed the drone. India's own drone-defence industry is only beginning — and it must be home-grown.
Long-range drones struck 16 Russian refineries between January and May 2026, Reuters reported. One estimate puts nearly a third of Russia's refining capacity out of action.
For IndiaFuel, power and industry far from the border are now in range. Vital assets need defending too.
Ukraine plans to contract 25,000 ground robots in the first half of 2026 — twice its total for 2025 — to carry supplies, evacuate the wounded and take on assault tasks.
For IndiaThe supply run is one of the deadliest jobs at the front. Machines can carry that risk.
Russia set up an elite drone centre in 2024 to train crews and hunt supply routes. By 2026, Ukrainian special forces were striking its bases behind the line.
For IndiaThe best-trained drone crews now shape the whole front. Training is a weapon.
Ukraine's President says at least four in five successful strikes on Russian forces are now made by drones. Earlier official estimates put the share near 70%.
For IndiaThe drone is no longer a support weapon. It is the main weapon.
Ukraine now builds about 1,000 interceptor drones a day to stop long-range attack drones. Its President says the limit is no longer drones, but trained crews to fly them.
For IndiaMachines can be mass-produced. Skill cannot be bought overnight — it has to be trained.
Ukrainian makers report strikes at up to 50 km by drones that trail a hair-thin cable instead of a radio link. No signal means nothing to jam and little to detect.
For IndiaJamming alone will not protect a post. Defenders need a way to physically stop the drone.
Ukrainian recruits now practise hitting flying clay plates with shotguns as a last line of defence against attack drones. Basic training has added drone self-defence drills.
For IndiaEvery soldier — not just the specialist — now needs counter-drone drill.
After drones crossed into several EU countries, the EU announced plans for a network of sensors, jammers and interceptors along its eastern border.
For IndiaEven the richest militaries are racing to build drone defences. India must build its own.
When decoy drones crossed into Poland, fighter jets were scrambled and fired missiles reported to cost crores of rupees each at targets worth a small fraction of that.
For IndiaStopping a cheap drone with an expensive missile is a losing trade. Defence must cost less than the threat.
Russia launched more than 800 attack and decoy drones at Ukraine in a single night — then the largest drone raid of the war. Most were brought down; dozens still got through.
For IndiaDrones now come in hundreds. Defence has to be plentiful, not just precise.
Both sides now fly "mothership" drones that carry smaller attack drones deep behind the line before releasing them, adding tens of kilometres of reach.
For IndiaRear areas are no longer safe. Depots and camps need close-in protection.
Ukrainian units earn points for confirmed strikes and spend them in a government online store. In six months they ordered 240,000 drones, with average delivery in about ten days.
For IndiaSpeed of supply is now a weapon. Makers at home can deliver that speed; imports cannot.
Ukraine hid 117 drones in trucks and launched them beside four Russian airbases, some over 4,000 km away. Kyiv claimed 41 aircraft hit; later US estimates were lower.
For IndiaNo base is too far away. Airfields and depots need protection in their first hundred metres.
Ukrainian strike drones now carry onboard vision that locks on to a target chosen by the pilot and completes the attack even if the radio link is jammed at the end.
For IndiaLet the robot lead: the soldier chooses the target, the machine finishes the job.
Ukraine showed a mobile laser, built by a local firm, that blinds drone cameras and has burned small attack drones in testing at up to about 900 metres.
For IndiaA laser shot costs very little. That is how to beat cheap drones at scale.
Ukraine said it beat its 2024 target of one million small strike drones, alongside thousands of longer-range drones — almost all built at home.
For IndiaWhen drones are made by the million, the side that builds at home keeps up.
Ukraine launched its Unmanned Systems Forces — the first armed force in the world with a separate branch for drones. Russia announced its own later that year.
For IndiaDrones are no longer just equipment. They need their own training, doctrine and supply.
Summaries written by Craic Precision from public reporting. Figures are as reported by officials and media and are not independently verified. Source links open the original report.
Every lesson above was paid for in lives. India can learn them in training, with Indian systems — before the day they are needed.
The figures on this page are public. Our own numbers, roadmap and specifications are shared under NDA.
On GeM, the government's own marketplace, government buyers can order from us directly.
Drone Bazooka · Laser Weapon System
TrainingFPV training kits · Sniper Training Kit
MobilityScout Rider · Team Rider
Fire ControlRemote Weapon Platform · Advanced Weapon Optics
All four share one engineering team, one field-testing relationship with the Army and one Indian supply chain.
Proven with soldiers, on Indian ground.
Supplied through official channels, including GeM.
Every system comes with a way to train on it.
Spares, service and upgrades for years after.
Our systems are shaped in Army trials, not in a showroom.
Two Lieutenant Generals and seven more veteran officers guide what we build. Meet the team →
Fits the way India now buys: Indian-made first, imports last.
Market figures are from public reports linked above. Craic Precision's own figures are not published.
Craic Precision builds autonomous & robotic defence technologies in India. Founded in 2023 in Bengaluru, we design autonomous, robotic and soldier-operated systems for counter-drone, training, tactical mobility and fire control.
Let the robot lead. You stay in control.
Parts and know-how that stay in India keep our systems ready when they are needed most. Our team of engineers, designers and field specialists works from Bengaluru, guided by veteran advisors. Meet the team →
Founded 2023 · Bengaluru · 10+ people
Advises on regulation, licensing and government engagement.
Advisory board members are listed by rank and specialism.
Every role here is tied to a system our soldiers will use. Pick the product you want to build.
Launcher and compressed-gas mechanism, designed for manufacture.
Laser source, beam control and thermal management.
Fire-control electronics, sensors and safety interlocks.
Range testing, trial records and field support with users.
Fly, teach and build drills for our FPV kits.
Simulators, scoring and after-action review software.
IR engagement hardware, hit sensors and hit confirmation.
Turn our kits into lesson plans and manuals. Service background preferred.
Frame, suspension, carts and rugged design.
Turret control, stabilisation and remote operation.
Detection and tracking for our optics and remote systems.
For final-year students and recent graduates who want to build real defence hardware.
Work on boards and firmware with our engineers.
Design and test real parts.
Build tools and simulators used in training.
Learn to fly, maintain and test drones.
Apply through the form — add a link to your CV or LinkedIn in the message. Full role details are shared with shortlisted candidates.
Official enquiries are answered within 48 hours.