THAAD (Endo-Atmospheric Terminal High Altitude Area Defense)

System designation: MTS-01 THAAD
Type: Upper-tier ballistic-missile-defense system
Primary role: Defense against short-, medium-, and selected intermediate-range ballistic-missile threats
Developer: Moracan Defense Industries
Status: Operational
Primary interceptor: THAAD-M
Primary radar: AN/TPY-M
Command-and-control: THAAD Battle Management Center
Launcher: MTS-L

1. System Overview

The Moracan THAAD is an upper-tier ballistic-missile-defense system designed to protect major population centers, military installations, strategic infrastructure, and other high-value areas against ballistic-missile threats.

The system forms the upper layer of Moraca's integrated air- and missile-defense architecture.

It is positioned above the Moracan Iron Dome and Moracan David's Sling systems.

Its principal components are:

AN/TPY-M long-range radar
THAAD Battle Management Center
MTS-L missile launchers
THAAD-M interceptors

The system is designed to engage ballistic missiles at high altitude, including during the terminal portion of their flight.

2. Primary Threats

The system is intended to engage:

Short-range ballistic missiles
Medium-range ballistic missiles
Selected intermediate-range ballistic missiles
High-speed ballistic reentry vehicles
Other suitable ballistic-missile threats

The system is not intended to replace Moraca's lower-tier air-defense systems.

3. System Architecture

The Moracan THAAD uses a distributed architecture.

AN/TPY-M Radar → THAAD Battle Management Center → MTS-L Launchers → THAAD-M Interceptors

The radar detects and tracks ballistic-missile threats.

The Battle Management Center processes sensor information, evaluates the threat, and coordinates an engagement.

The launcher receives engagement information and launches a THAAD-M interceptor.

4. AN/TPY-M Radar

Designation: AN/TPY-M
Type: High-performance phased-array radar
Role: Ballistic-missile detection and tracking

The AN/TPY-M provides the primary radar capability for the system.

It continuously monitors designated airspace and detects ballistic-missile launches and tracks.

The radar provides the Battle Management Center with information including:

Target location
Direction
Speed
Altitude
Trajectory
Track status
Estimated impact area
Engagement status

The radar is capable of maintaining multiple tracks simultaneously.

It can also exchange tracking information with other elements of Moraca's integrated missile-defense network.

5. THAAD Battle Management Center

Designation: MTS-BMC
Role: Command, control and engagement management

The Battle Management Center processes information received from the primary radar and external sensors.

Its primary functions include:

Target detection processing
Track management
Threat classification
Trajectory estimation
Impact-area assessment
Threat prioritization
Interceptor assignment
Launcher assignment
Engagement coordination
Engagement assessment

The BMC maintains a continuously updated ballistic-missile defense picture.

6. Threat Assessment

After detecting a ballistic-missile launch, the system develops a track for the incoming object.

The BMC evaluates the projected trajectory and estimated impact area.

The system then determines whether the target threatens a designated defended area.

Threats can be prioritized according to:

Projected impact
Target characteristics
Threat severity
Time remaining
Protected assets
Available interceptors
Other simultaneous engagements
Information from external sensors

7. THAAD-M Interceptor

Designation: THAAD-M
Type: Ballistic-missile interceptor
Role: Upper-tier ballistic-missile interception

The THAAD-M is the primary interceptor of the Moracan THAAD system.

It is designed to engage suitable ballistic-missile targets at high altitude.

The interceptor uses onboard guidance and external engagement information to maneuver toward its assigned target.

Its terminal engagement system is designed to achieve a direct interception against suitable threats.

8. Hit-to-Kill Engagement

The THAAD-M uses a hit-to-kill interception concept against appropriate targets.

Instead of relying primarily on a conventional explosive warhead, the interceptor attempts to collide directly with the incoming target.

The high-speed collision is intended to destroy or disable the target.

9. Interceptor Guidance

Following launch, the THAAD-M receives updated engagement information as required.

The interceptor adjusts its flight path as it approaches the predicted interception area.

During the terminal portion of the engagement, onboard systems support the final interception attempt.

10. MTS-L Launcher

Designation: MTS-L
Type: Mobile missile launcher

The MTS-L carries multiple THAAD-M interceptors.

The launcher is connected to the Battle Management Center through the system's secure communications network.

Before launch, the BMC provides the launcher with engagement information.

The launcher then conducts the launch sequence.

The interceptor is launched vertically before maneuvering toward its assigned engagement area.

11. Engagement Sequence

A typical engagement proceeds through several stages.

Step 1 — Detection

The AN/TPY-M detects a ballistic-missile threat.

Step 2 — Track establishment

The radar establishes and maintains a track.

Step 3 — Classification

The BMC determines the general characteristics of the threat.

Step 4 — Trajectory assessment

The system develops an estimated flight path.

Step 5 — Impact assessment

The projected impact area is estimated.

Step 6 — Threat determination

The BMC determines whether the target threatens a defended area.

Step 7 — Engagement planning

The system identifies a suitable interception opportunity.

Step 8 — Launcher assignment

An available MTS-L launcher is selected.

Step 9 — Interceptor launch

A THAAD-M interceptor is launched.

Step 10 — Mid-course guidance

The interceptor receives updated information while traveling toward the engagement area.

Step 11 — Terminal interception

The interceptor performs its terminal maneuver and attempts to neutralize the target.

Step 12 — Assessment

The radar and BMC evaluate the engagement result.

12. Mid-Course Guidance

After launch, the interceptor continues toward the evolving target track rather than simply following the target's original position.

The target continues along its ballistic trajectory while the system updates its track.

The BMC can therefore provide updated engagement information to the interceptor.

This allows the interceptor to adjust its flight path during the engagement.

13. Terminal Phase

During the terminal phase, the THAAD-M uses its onboard systems to complete the engagement.

The interceptor makes final adjustments as it approaches the target.

The final engagement occurs at high speed and altitude.

The interceptor attempts to achieve a direct interception against the incoming ballistic threat.

14. Multiple-Target Engagement

The system is capable of managing multiple ballistic-missile tracks.

The radar establishes separate tracks for incoming objects.

The BMC evaluates each track and determines the priority of individual threats.

Multiple launchers can conduct engagements simultaneously.

The system coordinates engagements while maintaining a common missile-defense picture.

15. Network Integration

Moracan THAAD is integrated into Moraca's national air- and missile-defense network.

It can exchange information with:

Moracan Iron Dome batteries
Moracan David's Sling batteries
Early-warning radars
Long-range surveillance sensors
Military command centers
Naval air-defense systems
Other compatible sensors

This allows threats to be transferred between defensive layers.

For example, a lower-tier aerial threat may be assigned to Iron Dome or David's Sling, while a suitable ballistic-missile threat can be assigned to THAAD.

16. Layered Defense

Moraca uses THAAD as the upper defensive layer of its integrated missile-defense architecture.

Layer System Primary role

Point defense — Moracan CIWS — Extremely close-range defense
Short range — Moracan Iron Dome — Rockets, mortars and UAVs
Medium/long range — Moracan David's Sling — Heavy rockets, cruise missiles and ballistic missiles
Upper tier — Moracan THAAD — High-altitude ballistic-missile defense
Strategic layer — Moracan Arrow system — Advanced ballistic-missile defense
Directed energy — Moracan Iron Beam — Laser-based short-range defense

The systems are networked so multiple layers can contribute to the defense of the same area.

17. Deployment

THAAD batteries are deployed around strategically important regions.

Possible deployment locations include:

Major cities
Military bases
Air bases
Naval facilities
Government facilities
Energy infrastructure
Strategic transportation infrastructure
Other high-value areas

The system is road-mobile and can be redeployed when required.

18. Radar and Sensor Integration

Although the AN/TPY-M provides the primary radar capability, the system can receive information from external sensors.

External information can provide:

Earlier detection
Additional target tracks
Improved situational awareness
Additional trajectory information
Threat confirmation
Coordination with other defensive systems

This allows THAAD to operate as part of a wider integrated network.

19. Protected Areas

The Battle Management Center maintains a database of protected locations.

These can include:

Major cities
Military facilities
Air bases
Command centers
Critical infrastructure
Energy facilities
Other strategic assets

Incoming ballistic-missile tracks are evaluated against these protected areas.

A target that is not expected to threaten a protected area does not necessarily require an interceptor.

A target projected to threaten a defended location can be assigned an interceptor.

20. Interceptor Management

The system continuously maintains information about available THAAD-M interceptors.

The BMC considers interceptor availability when assigning engagements.

During a large ballistic-missile attack, the system prioritizes targets according to their threat to defended areas.

This allows available interceptors to be allocated among multiple threats.

21. Mobility

The system's major components are mounted on mobile platforms.

A typical battery includes:

Radar vehicle
Battle Management Center
Multiple launcher vehicles
Communications equipment
Power equipment
Maintenance vehicles
Support vehicles

The components can be dispersed while remaining connected through the battery's communications network.

22. All-Weather Operation

Moracan THAAD is designed for continuous operation during day and night and under varying weather conditions.

The radar and command systems are designed to operate continuously with appropriate maintenance and logistical support.

23. Maintenance

Maintenance personnel conduct regular inspections of:

Radar equipment
Launchers
Communications equipment
Power systems
Command-and-control equipment
Interceptor canisters
Support vehicles

Software and electronic systems are periodically upgraded.

Interceptor stocks are inspected and maintained according to established service requirements.

24. Modernization

The Moracan THAAD program is continuously upgraded.

Modernization focuses on improvements to:

Radar processing
Target discrimination
Ballistic-missile tracking
Battle-management software
Interceptor guidance
Multiple-target engagement
Communications
Network integration
Sensor fusion
Threat assessment

New software and hardware can be incorporated into existing batteries where compatible.

25. Relationship With David's Sling

The Moracan David's Sling and THAAD systems are designed to complement each other.

David's Sling primarily provides the middle layer of Moraca's missile-defense architecture.

THAAD provides an upper-tier defense against suitable ballistic-missile threats.

The two systems can exchange information through the national air- and missile-defense network.

26. Relationship With Iron Dome

THAAD is not intended to replace Moraca's Iron Dome system.

Iron Dome primarily handles shorter-range aerial threats.

THAAD is designed for a higher-altitude ballistic-missile-defense role.

The two systems can share information through the integrated defense network.

27. Standard Data Flow

AN/TPY-M Radar
↓
Target Detection
↓
Track Establishment
↓
MTS-BMC
↓
Target Classification
↓
Trajectory Assessment
↓
Impact-Area Prediction
↓
Threat Assessment
↓
Engagement Assignment
↓
MTS-L Launcher
↓
THAAD-M Launch
↓
Mid-Course Guidance
↓
Terminal Interception
↓
Engagement Assessment
↓
Integrated Missile-Defense Network

28. Basic Specifications

System: MTS-01 THAAD

Primary mission: Upper-tier ballistic-missile defense

Primary targets: Short- and medium-range ballistic missiles

Secondary targets: Selected intermediate-range ballistic-missile threats

Radar: AN/TPY-M

Battle-management system: MTS-BMC

Interceptor: THAAD-M

Launcher: MTS-L

Launch method: Vertical

Engagement method: Hit-to-kill against suitable targets

Mobility: Road-mobile

Operation: Day and night

Weather capability: All-weather

Multiple-target capability: Yes

Network integration: Yes

Primary defensive position: Upper layer of Moraca's integrated air- and missile-defense network