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GBU-15 Bomb



Defense Systems Full Specifications
1. General Information
| Name / Designation | GBU-15 |
| Type | Precision Guided Bomb |
| Manufacturer | Texas Instruments, later Raytheon |
| Country of Origin | United States |
| Year Introduced | Late 1970s |
| Operational Status | In service with upgrades |
2. Physical Characteristics
| Weight | Approximately 2,000 pounds class |
| Length | Varies by bomb body configuration |
| Diameter | Standard 2,000 pound bomb diameter |
| Casing Type | Steel conventional bomb casing |
3. Performance
| Yield | Conventional explosive charge |
| Guidance | Electro optical or infrared with data link |
| Accuracy (CEP) | Typically within a few meters under optimal conditions |
| Delivery Platforms | F-15, F-111 and compatible strike aircraft |
| Penetration Capability | Limited, depends on bomb body and fuse configuration |
4. Warhead / Explosive Details
| Warhead Type | High explosive conventional |
| Fuzing Options | Impact and delayed fuze options |
| Explosive Composition | Standard military high explosive compositions |
5. Operational Use
| Primary Mission | Precision strike against fixed and relocatable targets |
| Operators | United States Air Force |
| Notable Deployments / History | Used in multiple conflicts since the late Cold War era |
6. Variants
| Variants | Different guidance packages including electro optical and infrared seeker versions |
PROS
- High precision with man in the loop guidance
- Standoff capability reduces aircraft exposure to air defenses
- Flexible targeting with electro optical or infrared options
- Compatible with multiple aircraft platforms
- Modular design allows integration with different bomb bodies
CONS
- Requires line of sight or data link for guidance
- Limited effectiveness in heavily obscured environments like dense clouds or smoke
- Dependent on operator control during terminal phase
- No propulsion limits range compared to cruise missiles
- Susceptible to electronic warfare interference in contested environments
GBU-15 Precision Guided Glide Bomb
The GBU-15 is a U.S. precision guided glide bomb designed to deliver accurate, standoff strike capability against high value and hardened targets. Developed during the Cold War era, it combines a conventional bomb body with advanced guidance and control systems, allowing operators to guide it to a target after release. This capability gives aircraft the ability to engage threats from outside heavily defended airspace while maintaining high accuracy.
Manufacturer
The weapon was originally developed by Texas Instruments, with later production and support associated with Raytheon, a major U.S. defense contractor. It was introduced into service in the late 1970s and has since been integrated with multiple U.S. Air Force platforms.
Capabilities and Guidance
The GBU-15 uses electro optical or infrared guidance depending on the variant. It supports man in the loop control via a data link, allowing a weapons systems operator to steer the bomb during flight. This enables real time target selection, retargeting, and improved accuracy against moving or time sensitive targets. The modular guidance package can be paired with different bomb bodies, typically in the 2,000 pound class.
Speed and Range
As an unpowered glide weapon, the GBU-15 does not have its own propulsion system. Its speed depends on the release aircraft and altitude, typically descending at high subsonic speeds. Operational range varies significantly based on launch conditions, altitude, and platform, generally extending from around 15 kilometers to over 40 kilometers in optimal release scenarios.
Cost
Publicly available cost estimates vary, but the GBU-15 system is generally considered a cost effective precision strike solution compared to more complex powered munitions. Individual unit costs are influenced by guidance kit configuration and modernization upgrades.
FAQs
What aircraft can deploy the GBU-15?
It has been integrated with aircraft such as the F-15 Strike Eagle and legacy platforms like the F-111.
Does the GBU-15 use GPS guidance?
No, it primarily relies on electro optical or infrared guidance with a man in the loop data link.
What is the main advantage of the GBU-15?
Its ability to be guided after release allows high accuracy and standoff engagement from outside defended airspace.
Is the GBU-15 still in active use?
Yes, it remains in service with the U.S. Air Force, although newer precision weapons have supplemented its role.
Can the GBU-15 engage moving targets?
Yes, operator guidance allows adjustment during flight, enabling engagement of moving or relocatable targets under suitable conditions.
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