UAV Rocket Boosters (RATO / JATO Systems)

We customize UAV (including target drones) rocket-assisted booster systems based on mission requirements.

Product Description

The DhumketuX RC-Series UAV Rocket Booster System is a modular, single-use solid rocket propulsion system designed for Rocket-Assisted Take-Off (RATO/JATO) applications.

It delivers high thrust over short durations, enabling UAV platforms to operate effectively in:

Short runway environments
Zero-runway launch conditions
High payload deployment scenarios

The RC-Series covers a wide performance range from 2.5 kN·s to 200 kN·s total impulse, supporting UAV platforms from small tactical drones to heavy payload systems.

Key Functions:

Rocket-Assisted Take-Off (RATO / JATO)
Short / zero-runway UAV launch
Payload acceleration support
Rapid deployment capability

Reliability: 95% – ≥99% (depending on configuration)
Storage Life: 3 to 10+ years (sealed conditions)

Technical Characteristics

Thrust vector deviation < 0.4 mm
Optimized combustion surface for reduced thrust fluctuation
Stable thrust profile for controlled launch
Minimizes UAV attitude disturbance during boost phase
Reduces UAV system complexity and takeoff dependency

PLATFORMS

A UAV integrated with a Rocket-Assisted Take-Off (RATO) booster system is designed for high-performance missions requiring:

Rapid acceleration
Heavy payload lift
Runway-independent operations

This system combines:

Aerodynamic UAV structure
Solid rocket booster propulsion

Result:

Faster launch speed
Increased payload capability
Enhanced operational flexibility

Suitable Platforms:

ISR and surveillance UAVs
Tactical defense drones
Cargo UAV systems
High-altitude / rapid-response UAVs

Technical Specifications & Performance Range

RC-Series UAV Rocket Booster Systems performance overview.

Model	Diameter / Length	Average Thrust	Burn Time	Total Impulse	Recommended UAV Mass
RC-100	76 mm / 300 mm	1 kN	2.5 s	2.5 kN·s	< 50 kg
RC-200	101 mm / 355.6 mm	2 kN	3 s	6 kN·s	70–100 kg
RC-500	101 mm / 550 mm	5 kN	3 s	15 kN·s	150–200 kg
RC-1000	127 mm / 550 mm	10 kN	3.5 s	35 kN·s	300–400 kg
RC-2000	127 mm / 750 mm	20 kN	3.5–4 s	70 kN·s	600–800 kg
RC-5000	262 mm / 1200 mm	50 kN+	4–5 s	200 kN·s	~1500 kg

RATO / JATO Performance Principle

Rocket-assisted launch performance depends on thrust-to-weight ratio:

Launch Mode	T/W Ratio	Description
Assisted runway	1.5 – 2.5	Booster assists lift
Short runway	2.0 – 3.0	Reduced takeoff distance
Zero runway	2.5 – 4.0	Full thrust-based launch

Product Lines & Storage

Category	Economy Line (RC-E)	Premium Line (RC-P)
Type	Operational / High-volume systems	Strategic / Military-grade systems
Shelf Life	3–5 years	10+ years
Reliability	95–97%	≥99%
Testing	Batch-level testing	Individual unit testing
Design	Cost-optimized	Advanced sealing & materials
Storage Conditions	Vacuum sealed, dry environment	Vacuum sealed, dry environment
Notes	Suitable for bulk deployment	Suitable for mission-critical use

⚠ Fuel is moisture and air sensitive

⚠ Warranty void if seal is broken

System Capabilities & Support

Category	Details
Performance	High thrust-to-weight efficiency, stable combustion, optimized impulse delivery
Engineering	Ablative nozzle technology, thermal-resistant casing, precision propellant grain
Integration	Modular mounting system, UAV-compatible architecture, plug-and-play ignition
Reliability	Controlled ignition sequence, low thrust fluctuation, redundant safety options
Applications	UAV RATO/JATO, fixed-wing drone launch, heavy payload UAV, short/zero-runway deployment, rapid tactical launch, remote & maritime operations
Competitive Advantage	Cost-efficient alternative to Western systems, faster customization cycle, scalable manufacturing, indigenous aerospace innovation
Customization Options	Thrust profile tuning, mounting configuration, ignition interface integration, environmental protection upgrades
Quality & Testing	Static thrust validation, thermal endurance testing, structural integrity testing, UAV integration testing