About SIDAK Technologies

Products

Need More Focus Autonomous, Robotics, Edge Level

Engineering The Technologies of Tomorrow

SIDAK Technologies designs, manufactures, and integrates sovereign aerospace-grade tactical systems. Our vertically integrated defense engineering delivers mission-critical dominance across airborne, terrestrial, and electromagnetic spectrums.

Heavy-Payload Tethered Systems
Surveillance UAVs
Logistics UAVs
Tactical Unmanned Systems
Strategic Communication Systems
FPVs & Kamikaze Drones
FPVs & Kamikaze Drones
Drone Subsystems & Avionics
Counter-UAS Systems
Physical Security Systems
SERIES-80 RECONNAISSANCE
Mil-STD-810H High Altitude

AeroSentinel Long-Range

Continuous Optoelectronic Situational Awareness
TRL 9
IIT Kanpur

Technical Innovation Centre

Defence License Holder

Ministry of Defence, GoI

iDEX DISC-12 Winner

Defense Challenge Winner

DRDO Registered

Test & Evaluation Pipeline

High Altitude Operations

Extreme Altitude Certified

CONTINUOUS 24/7 TETHERED LOITER
Ground Power Link Active

100 kg

Max Payload

6,100 m

AMSL Ceiling

Unlimited

Duration

Heavy-Payload Tethered Aerial Systems

Mobile Persistent Aerial Capability Faster Deployment

SIDAK’s heavy-payload tethered aerial systems provide persistent aerial platforms for surveillance, communications, situational awareness, and specialized mission payloads.

Designed for rapid deployment and continuous operation, the system can provide an elevated operational vantage point without the need for conventional fixed masts or major permanent infrastructure. Ideal for base defense, mobile force protection, and remote borderline vigilance.

Autonomous Altitude Hold
Fail-Safe Parachute & Reserve Cell
Platform Specifications

Key Capabilities for Mission Dominance

Up To 100 Kg

Usable mission payload support

Up To 100 M

Continuous operational aerial height

Up To 6,100 M AMSL

High-altitude extreme terrain envelope

< 15 Min Deployment

Rapid roll-out from boxed transit

Long-Endurance

Multi-day tethered stationary loiter

Vehicle-Deployable

Flatbed, 4x4, or containerized chassis

Operational Applications Array
Surveillance
Communication Relay
EO/IR Targeting
Situational Awareness
SIGINT / EW
High-Mast Lighting
Disaster Logistics
MIL-STD-810G COMMAND CONSOLE

Universal Dual-Screen GCS

Real-time telemetry, HUD art-horizon, and optical target lock controls
IP67 RUGGED
Automatic Tension Regulation & Fiber-Optic Line

Smart Tether Spool & Winch

Ultra-high tensile Kevlar-jacketed hybrid power/data transmission cord
400V DC LINK
End-to-End Mission Architecture

Complete Integrated System Components

SIDAK can provide an integrated, defense-certified system comprising all critical nodes required for mission readiness:

Tethered UAV Platform

Ground Power & Hybrid Generator

Automated Tether Management

Automated Tether Management

Rugged Ground Control (GCS)

Mission Payload Integration

Vehicle / Deployment Skid Frame

Essential Field Spares & Rigging

Why Tethered?

When Persistence Matters Most

Conventional UAVs are constrained by finite battery endurance (30-60 min) and vulnerable recurring launch/recovery cycles. Fixed towers and masts require lengthy procurement, high logistics overhead, and permanent terrain footprint.

Aerospace PCU-500C Hardware
Precision Avionics Bench Testing
98.4% Efficiency
Architecture Paradigm

Ground-Based Power + Elevated Aerial Platform

The tether provides continuous high-voltage power transmission and ultra-secure, unjammable physical fiber-optic data connectivity between the terrestrial operational base and the hovering airborne payload.

Physical micro-tether prevents RF jamming, interception, and electronic eavesdropping.
Continuous 3-phase ground rectification keeps radar, comm relays, and EO/IR sensors active non-stop.
Deployment Scope

Ideal Operational Environments

Engineered to overcome environmental hostility, electromagnetic clutter, and logistical voids:
Persistent Surveillance
Border Monitoring
Communication Extension
Perimeter Security
Temporary Comms Infrastructure
Disaster Quick Response
Critical Infrastructure Shield
High-Altitude Extreme Cold
ACTIVE PATROL PROTOCOL
Border Perimeter Security
Real-time thermal intrusion mapping

Our Products

Eight pillar competencies powering indigenously engineered defense dominance across Unmanned Systems, Sensor Suites, and Electronic Countermeasures.
01

Heavy-Payload Tethered Systems

Persistent aerial platforms designed for high-payload, long-endurance and mission-critical applications with unjammable fiber optic communications.
02

Surveillance UAVs

Tactical fixed-wing and hybrid VTOL platforms configured for persistent observation, aerial reconnaissance, perimeter monitoring and situational awareness.

03

Logistics UAVs

Heavy-lift autonomous cargo platforms engineered for forward surgical delivery of ammunition, medical assets, and cold-chain blood in treacherous mountain terrain.

04

Tactical Unmanned Systems

Mission-specific kinetic loitering munitions and swarming aerial architectures for counter-insurgency and offensive precision strikes in contested airspace.

05

Communication Systems

Airborne tactical mesh network extensions, SDR-based waveforms, and cellular emergency base station payloads designed to bridge deadzones instantly.

06

EO/IR & Thermal Systems

Multi-spectral gyro-stabilized gimbals featuring mid-wave infrared (MWIR) cooled sensors, laser illuminators, and AI-driven moving target indicator (MTI) suites.

07

Drone Subsystems & Avionics

Indigenously manufactured avionics, DO-178C flight control computers, high-efficiency BLDC ESCs, robust power distribution systems, and fault-tolerant IMUs.

08

Counter-UAS Technologies

Integrated multi-layered defense platforms featuring 3D radar detection, RF spectrum fingerprinting, and smart directional electronic jamming mitigation.

09

Kamikaze Drones

Unmanned strike platforms designed for precision engagement of designated targets with rapid deployment and mission-specific payload capabilities.
10

FPV Drones

High-maneuverability unmanned platforms designed for real-time piloting, precision operations and deployment in dynamic mission environments.
11

Loitering Munitions

Autonomous aerial systems designed to loiter over designated areas, identify mission objectives and deliver precision effects when required.
12

Drone Simulations

Advanced simulation environments designed for operator training, mission rehearsal, system validation and realistic unmanned-system scenario development.
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