International team of engineers and defense contractors. Office in a technology hub with access to Asian flight controllers and European optics and fiber. Product brief set from day one: an export FPV strike platform, not a single-customer national program.
Tactical Drone Technology Holding
Aircraft, training, and transfer.
The holding supplies radio and fiber strike aircraft, a ground station, pilot training, and white-label delivery to sovereign defense customers. Operations are limited to states free of active armed conflict and international sanctions.
10+
Customer countries
1,500+
Staff
$300M
Revenue outlook
40,000+
FPV volume outlook
30,000+
Head-site units per year
Aircraft and payload
Each program is a published aircraft, a munition interface, instruction for the customer’s pilots, and a path to local production. The figures below are the brochure envelopes.
01 / Radio link
NWF10 V.4
Radio-linked strike aircraft with thermal and AI targeting. Published envelope: 30 km, more than 5 kg, 170 km/h, 15 minutes, and 5,000 m.
- Up to 30 km
- Up to 170 km/h
- 15 min
02 / Fiber optic
NWF10f
Fiber-optic strike aircraft. Real-time control to 25 km, and a jammer seeker that reports the bearing of an active electronic-warfare station.
- Up to 25 km
- Real-time link
- Seeker mode
03 / Payload
5 kg thermobaric
Solid thermobaric round for light and medium NWF10 aircraft, with the holding’s electronic detonation board.
- 120 x 400 mm
- Impact or command
- Two-charge board
Delivery, instruction, identity
The aircraft is one part of the offer. Sovereign customers also receive a training center for their pilots, and the option to field the system under their own name.
White label
Under the customer’s name
Platforms, pilot instruction, and support can be delivered for the customer to field as its own program, with localization and technology transfer included.
Training center
A center for instruction
Pilots and technical staff are prepared on the NWF10, the NWF10f, and the ground station before the system is fielded.
Pilot training
Pilots, not only airframes
Instruction covers radio and fiber aircraft, the ground station, and the published operating envelopes. Profiles already printed in the briefing are taught as written.
2016-2026
The years below are the ones printed on the 2026 timeline slide: 2016, 2017, 2021, 2022, 2023, and 2026.
What a partner receives
By 2026 the holding serves sovereign customers across the Middle East, North Africa, Southeast Asia, Eastern Europe, and Latin America. Continuous modernization uses feedback from several theaters at once and shortens NWF10 changes from months to weeks.
Platform
NWF10 radio and NWF10f fiber aircraft, ground station, and payload interface.
Training
Operator instruction and a network of technical representatives in customer countries.
Support
Field support, a maintenance kit in the ground station, and an overseas office model.
Localization
Production can move beyond the head site onto partner lines.
Transfer
Technology transfer is part of the package, not a later negotiation.
- Middle East
- North Africa
- Southeast Asia
- Eastern Europe
- Latin America
NWF10 V.4
A radio-linked strike quadcopter with thermal and AI targeting. Published envelope: 30 km, more than 5 kg, 170 km/h, 15 minutes, and 5,000 m. It was designed around the RPG-7 projectile and has been through trials in active war zones in multiple countries. Figures below are the V.4 brochure set.
- Weight
- 2,150 g
- Frame wheelbase
- 470 mm
- Flight control
- MWATF435
- ESC
- 3-8S, 100 A
- Video transmission
- 1.2 GHz, 5.0 W VTX
- Remote control
- ELRS, 4 channel
- Load capacity
- 5+ kg
- Flight time
- Up to 15 min
- Range
- Up to 30 km
- Speed
- Up to 170 km/h
- Altitude
- Up to 5,000 m
- Antennas
- Long-range kit with ground station
- Camera
- 3-camera module with AI
- Engine
- NW 360 / 500 KV
- Propellers
- Reinforced carbon nylon
- Battery
- Reinforced LiPo, NW 12,000 mAh
- Wind resistance
- Level 7
- Operating temperature
- -20°C to +60°C, approved with test
500
Meters, people lock
1,200
Meters, vehicle lock
50
Targets recognized at once
80
km/h dynamic tracking
Wide
CMOS 1/2.6". Field 72° by 45°. Focal length 3.9 mm.
Narrow
CMOS 1/2.6". Field 26° by 15°. Focal length 12 mm. 1920x1080 at 30 Hz.
LWIR
12 μm pitch, 8-14 μm band. Field 20.3° by 15.2°. 9.1 mm. 384x288 at 25 Hz.
6 TOPS
CRSF protocol, CVBS video, picture-in-picture. The system tracks a selected target until impact.
- Two charges PG-7V, PG-7VL, and PG-7VM, 60 mm and 81/82 mm mortar bombs, S-5, and other ammunition in that class. The interface was standardized so a customer is not locked to one manufacturer.
- Protected video The 1.2 GHz path is specified as resistant to video interception.
- Omnidirectional antenna 360° coverage so the aircraft is not lost in a turn.
- Four ELRS antennas Horizontal and vertical polarization, so one group is intended to hold a signal through roll, pitch, and yaw.
- Automatic frequency switch Four working frequencies. The set selects the cleanest channel.
- Ship card versus airframe spec The shipborne card lists a 3 kg payload example, thermal and AI, and targets on ground and sea. The aircraft specification remains 5+ kg. The 3 kg figure is the card, not a second airframe weight.
- Training profiles Shore static target: deck, water, coast, target. Ship-to-ship static: deck, open sea, static ship. Each profile in the briefing has four stages. The aircraft page holds those stages.
NWF10f
Digital fiber-optic control and a jammer-seeker function. Real-time control, no radio latency, and a link that stays up when electronic warfare would take a conventional FPV set off the air. The published purpose of the seeker is direction finding: bearing and azimuth of active jamming stations inside its frequency range.
- Range of use
- Up to 25 km
- Communication
- High-bandwidth fiber-optic cable
- Control
- Real time, without delays
- Guidance
- High-resolution FPV camera
- Speed
- Comparable to classic FPV drones
- Combat charge
- Integrates several ammunition types
- Infrared camera
- 640x512, 12 μm, 9.1 mm, field 48.9° x 39.1°
- RGB camera
- 1920x1080, 3.3 mm, 2.9 μm, field 142° x 115° x 58°
- Fiber RGB
- MIPI, 1920x1080 at 30 Hz
- Fiber infrared
- MIPI, 640x512 at 30 Hz
- Ground video
- HDMI 1080p at 60 Hz
- Wavelength
- 1310 / 1550 nm
- Line rate
- Up to 2.5 Gbit/s
- Transmitter power
- -3 dBm average
- Command and telemetry
- 420 kbit/s
- Connector
- FC/UPC
- Fiber range note
- Up to 20 km on external fiber, carrier under 80 km/h
On the beam
Two directional wideband antennas, an RSSI chain, and a comparison of the two antenna levels. The slide tells the pilot to fly toward maximum RSSI while holding minimal azimuth mismatch.
Two cues
RSSI is received signal strength. Azimuth arrows show the source relative to the nose. No arrows, or a balanced pair, means the heading is about on the bearing. Rising RSSI with quiet arrows means the aircraft is closing on that line.
Detection marks targets in daylight and infrared. A frame and a digital signature follow the classification the customer sets. The network is specified to train on the user’s photo and video.
Ground station
Controls the aircraft beyond line of sight. The station claim is up to 30 km. The NWF10f aircraft fiber range remains up to 25 km. Over water, the 4-channel ELRS path is about 20 km, with the antenna placed to avoid shielding.
620mm case length
18 kgTotal weight
8 hContinuous operation
17.3"IPS LCD, 1920x1080
IP67Dust-tight, immersion protected
- Case 620 x 520 x 360 mm, military-grade plastic. AV in, AV out, HDMI out, optical-fiber FC. Antenna cable 100 m.
- Kit RadioMaster Boxer, SKYZONE Cobra X V4, ISDT K4 8S charger, RF module, tripod to 5 m with ballast.
- Field kit Soldering iron, flux, solder, hex keys 1.5 / 2.0 / 2.5 mm, 10 mm wrench. External soldering-iron interface is supported.
- ELRS Frequency hopping, encryption, a lower chance of intercept and detection, and a backup channel in milliseconds. Ports: CRSF, USB-C, USB-A, DC 4.5 x 3.0 mm, XT60, XT90. Integrated 1.2 GHz video receiver.
5 kg thermobaric
NW Technology, named NorthWeapon on the 2025 cover, offers a 5 kg thermobaric round for light and medium NWF10 aircraft. Solid charge, compact case, electronic fuse on impact or radio command. The effect described is heat and a long shock wave together.
- Ammunition weight
- 5 kg
- Fill weight
- About 4.5 kg
- Charge type
- Thermobaric, solid
- Case
- 120 x 400 mm
- Continuous-damage radius
- Up to 15 m
- Thermal-damage radius
- Up to 30 m
- Volume effect
- Manpower in up to 100 m³
- Response
- Under 0.02 s after contact or command
- Fuse
- Impact, and remote detonation by radio command
- Heat figures in the deck
- Cloud up to 3,000°C on one slide, fireball up to 1,500° on another
- TNT note
- Volume-detonating compositions usually up to 10
What the briefing lists
Manpower in shelters, light armor, engineering structures, warehouses, hangars, urban fighting, and fortified positions. The cloud is described as moving through openings. Both heat numbers are printed. Treat them as the document’s range, not one lab result. The curve on the VDS-1 chart is not converted into extra claims here.
Detonation board
Own power, a switch in the case outline, remote cocking with a safety timer, an impact sensor, a flight-controller interface, abort self-destruct, two charges, an airburst mode, and a standard electronic detonator. The page names those functions. It does not describe how to build them.
Published curves
The line is the VDS-1 sheet. The bars are other figures printed in the same briefings, kept in their own units.
Production
The head plant sets the pace. Partner lines carry volume closer to the customer. Head-site capacity is stated before overseas assembly.
12,000+
Square meters, head plant
4
Parallel modules
200
Units per line per day
30,000+
Head-site units per year
500+
Earlier month-end run rate
Airframe
Structure, arms, and the reinforced carbon-nylon propeller set.
Flight controller
Control electronics, including the jam-resistant communications path from the first prototype.
Video
Cameras, the AI image board, and the protected 1.2 GHz path on the radio aircraft.
Warhead
The standardized interface, the electronic detonation board, and the customer’s munitions.
Compliance
Ethical conduct, full legal compliance, and responsible partnerships are the principles printed in the holding briefing.
Sovereign states
Legitimate defense and security needs of sovereign states that are free from active armed conflicts and international sanctions.
Zero tolerance
No cooperation with prohibited organizations, terrorist groups, illegal armed formations, or any entity under international sanctions.
Access and risk
Security protocols, confidentiality controls, and regular risk assessments, used to prevent unauthorized access to information, technologies, intellectual property, and assets.
Weeks, not months
Electronic-warfare resistance, range and payload, AI-assisted targeting, and room for coordinated employment as customer doctrine matures. Upgrades cite precision, GPS-denied resilience, cost, and integration with existing defense systems.
Questions from the briefings
Short answers using the published numbers. The aircraft pages keep the longer layout.
Who is the customer?
Sovereign states free of active armed conflict and sanctions. The holding refuses prohibited organizations, terrorist groups, illegal armed formations, and sanctioned entities.
What is in the package?
Platform, training, support, localization, and technology transfer. Regions named in the 2026 briefing: Middle East, North Africa, Southeast Asia, Eastern Europe, and Latin America.
What did TD-1 Wasp publish?
Range 10 km, attack endurance above 20 minutes, speed 160 km/h, real-time VR guidance. It is the export aircraft that preceded the current NWF10 family in the timeline.
How do NWF10 and NWF10f differ?
NWF10 V.4 is the radio aircraft: up to 30 km, 5+ kg, 170 km/h, 15 minutes, 5,000 m, thermal and AI. NWF10f is the fiber aircraft: up to 25 km, real-time control, and a jammer seeker. A separate fiber note allows up to 20 km on external fiber under 80 km/h.
Is the payload 3 kg or 5 kg?
The aircraft specification is 5+ kg. The shipborne card lists a 3 kg example. Both numbers are in the briefing. They are not the same claim.
Which ranges belong to the ground station?
Station control beyond line of sight is up to 30 km. NWF10f fiber use is up to 25 km. The ELRS path over water is about 20 km.
What are the thermobaric figures?
5 kg total, about 4.5 kg fill, case 120 by 400 mm, continuous damage up to 15 m, thermal damage up to 30 m, volume up to 100 m³, response under 0.02 s. Heat is printed as up to 3,000°C and up to 1,500°. TNT equivalent of the volume-detonating class is usually up to 10.
What can the head plant do?
12,000+ m², four modules, 200 units per line per day, 30,000+ per year before overseas assembly. An earlier month-end run rate was above 500, when headcount was about 200. Later outlook: 1,500+ staff, revenue above $300 million, volume above 40,000.
Invitation
Discuss a complete package.
Airframe, training, support, localization, and technology transfer can be scoped to a sovereign customer’s tactical strike requirement.