Tactical Masts for Defence & Surveillance Applications
System Controls designs and supplies rugged telescopic masts engineered for defence surveillance, radar elevation and tactical communications. Available in electromechanical and hydraulic configurations, these masts are built to operate in extreme environmental conditions, comply with MIL-STD 810 and JSS 55555 standards, and support rapid deployment from vehicle, ground or rooftop platforms.
Purpose-Built Elevation for Mission-Critical Payloads
Tactical operations demand elevation systems that deploy fast, carry significant payloads reliably and survive harsh operating environments. System Controls masts are engineered to meet these requirements directly, with configurations supporting electro-optical sensors, radar surveillance systems and communication antennas across both mobile and fixed-site deployments.
Both mast variants in this range are designed and validated to defence environmental standards. The electromechanical variant is optimised for vehicle-mounted desert operations. The hydraulic variant supports heavy payloads across vehicle, ground and rooftop installations with a 17-metre extended height and 24-hour operational endurance.
Proven Industry Expertise
With 35+ years in defence and aerospace, we bring deep technical knowledge beyond just hardware supply.
Solutions Built for Performance & Reliability
Proven Industry Expertise
With 35+ years in defence and aerospace, we bring deep technical knowledge beyond just hardware supply.
Global Technology Partners
Collaborations with leading international technology providers ensure high-performance, reliable solutions.
End-to-End Solutions
From engineering and integration to after-sales support, everything is delivered under one roof.
Advanced Technology Access
Leveraging cutting-edge innovations through collaborations with premier research organizations.
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System Controls brings over 35 years of defence and aerospace domain experience to every mast system it supplies. Both variants in this range are validated to MIL-STD and JSS 55555 environmental standards, designed using advanced structural analysis software for wind load conditions, and optimised for rapid deployment in the field. As a production agency operating under DRDO and ISRO Transfer of Technology agreements and a supplier to HAL and other defence PSUs, System Controls understands the procurement, qualification and in-service support requirements of India's defence establishment.
Both mast variants are designed to meet MIL-STD 810E and JSS 55555 environmental standards, covering operational temperature extremes, humidity, wind loads and high-altitude operation up to 5,000 metres.
System Controls electromechanical masts carry head loads of 60 kg with a maximum payload capacity of 300 kg. The hydraulic mast carries 100 kg at standard head load and up to 250 kg at rated pressure, making it suitable for heavy radar and electro-optical surveillance payloads.
Yes. The electromechanical mast supports pendant control, PC-based control and an indoor control panel. Manual override is standard on the electromechanical variant. The hydraulic mast is designed for remote operation with 24-hour endurance at field locations.
The electromechanical mast deploys in under 4 minutes. The hydraulic mast completes full extension or retraction in approximately 10 minutes under normal conditions.
Yes. The hydraulic mast is rated for operation at altitudes up to 5,000 metres, making it suitable for high-altitude border surveillance and mountainous terrain deployments.
The electromechanical mast survives winds up to 140 KMPH. The hydraulic mast has an operational wind rating of 130 KMPH and a survival rating of 175 KMPH, with verticality maintained within 5 milli radians at 160 KMPH.
Yes. Both mast variants are designed to comply with JSS 55555, the Indian defence environmental standard for operation and storage, in addition to MIL-STD 810 international standards.
An electromechanical mast uses a motor-driven lead screw or spindle to extend and retract, making it compact, electrically powered and suited to lighter payloads and vehicle-mounted applications. A hydraulic mast uses pressurised fluid to extend, offering greater lifting force for heavier payloads and taller heights, making it the preferred choice for large radar and EO systems.
