Specifications

-
Weight
700kg (start of cruisephase)
-
Length
<5m
-
Diameter
350mm
Key features
-
High precision strike
-
All weather
-
Advanced mission planner for congested scenarios
-
High-g terminal manoeuvrability
About TESEO MK2/E
The next generation TESEO MK2/E weapon system is the response to the operational need for shipborne application, facing threats evolution with a timeframe of twenty yearsand more. Built on the legacy TESEO MK2/A, the new missile embodies state-of-the-art technologies and full dual role in maritime and strike land scenarios.
The new TESEO MK2/E represents evolutionary benchmark for all long range anti-ship missile,through adding the capability to operate against target deep in land, reducing reaction time to few secondsin full controlled condition, from mission
preparation to target engagement.
The TESEO MK2/E integrates a state-of-the-art dual-mode homing head section including both coherent new RF-seeker with ECCM capability and EO sensor for high precision engagement, for sea and land targets.
It includes an innovative mission planning which provides a fast reaction time with automatic firing solution, while planned mission parameters are adjustable by weapon system operator according to real time tactical picture. It can count on a two-way data link system for mission control up to the end of the engagement, to allow target update and reassignment and mission abort.
It performs a high subsonic cruise speed and high-G terminal manoeuvrability with an effective range in excess of 350 km at sea-skimming level. It has a fully autonomous integrated INS/GPS and radio-altimeter navigation system with self-adapted sea skimming and fly over-land capability. It delivers lethal effect through an effective scalable, semi-piercing/high explosive warhead.

Documentation
-
TESEO MK2/E datasheet
Customer Support and Services
The centre of MBDA’s relationship with its customers
The centre of MBDA’s relationship with its customers

At MBDA we are committed and present throughout our products’ full life cycle.