Earth Observation & Science Platforms
SSTL satellites are base-lined from previous missions and tailored to individual customer requirements. The design and manufacture of all these elements is undertaken in-house.
SSTL follows a heritage based design and implementation approach while at the same time providing performance matched to the mission requirements. Tried and tested units are flown alongside innovative, cutting edge units to provide the customer with the optimal mission solution, providing a reliable spacecraft that is a high performance solution.
In line with its heritage based approach, SSTL system product line revolves around a set of highly customisable "platforms". Inherent modularity in the design means that these can satisfy almost any mission requirement.
NanoSats and CubeSats: Nano-X and Cube-X
Scaleable platforms in the 5-20kg range – 3U, 6U, 12U, 24U
Nano-X and Cube-X platforms and their payloads are designed to meet customer demands for quality and accuracy, and can be tailored to fit requirements for fulfilling our customer’s business plans. Payloads include imager variants, including video.
- Mission and system design of a single spacecraft, or of constellations, formations and swarms.
- Collaborative mission design, including where appropriate with Surrey Space Centre.
- Payload development and manufacture.
- Joint development at SSTL or with/at customer.
- Academic/industrial training options using Nano-X or Cube-X build as part of a hands-on training programme.
- Training and licensing options.
SSTL-X series - Many Missions, One Design
Entry Level Platforms: SSTL-X series & SSTL-100 series
A single system architecture and technology designed to meet all mission applications and requirements across the entire range.
Baselined from heritage designs, core platform services such as power, structure, processing, communications and high-precision attitude control are scaled to meet any mission on a compactplatform that includes variants EarthMapper, TrueColour, Precision and Payload-Ready Platform.
SSTL-X series brochure
Used in the highly successful Disaster Monitoring Constellation (DMC) the SSTL-100 provides the core capability to carry a wide range of payloads.
Active variants include SSTL-100i 32m resolution (1st generation DMC) and SSTL-100i 22m resolution (2nd generation DMC) and SSTL-100 v3.0 15m resolution (enhanced true colour imaging).
SSTL-100 v3.0 datasheet
High Performance Platform: SSTL-150
An enhanced version of the SSTL-100 platform with substantially improved payload capacity, improved propulsion and added high attitude agility. It is ideally suited for use of customer supplied payloads given its straightforward interface scheme. Active variants include SSTL-150i 4 Agile (Beijing-1),SSTL-150i 2.5m resolution agile and SSTL-150 (RapidEye constellation and TechDemoSat-1).
Very High Resolution Platforms: SSTL-300 & SSTL-300 S1
Very flexible configuration, capable of supporting a large spectrum of implementations, payloads and structural configurations. Current variants are optimised for optical EO from 2.5m (NigeriaSat-2) to sub 1m resolutions, SAR and science EO payloads.
A range of variants are available, including the SSTL-300 S1 agile sub-metre imaging system (DMC3 constellation).
NovaSAR-S Synthetic Aperture Radar
NovaSAR-S combines our heritage SSTL-300 series avionics suite with a new structure and an innovative payload, developed in collaboration with Astrium, that can be adapted to different frequency bands.
NovaSAR-S delivers all weather medium resolution Earth observation data night and day at a price similar to traditional optical missions, and significantly lower than any other SAR platform currently on the market, by leveraging highly efficient S-band solid state technology. The platform is sized for a range of low-cost launch options.
SSTL NovaSAR-S brochure
SSTL's platforms are based on a common core of avionics which are used alongside mission specific avionics that have been developed to provide customised solutions. The high degree of modularity and flexibility used allows new developments and techniques to be readily transferred from one platform to another as demand in size or capability changes.