APACHE vs Taurus KEPD 350
APACHE vs Taurus KEPD 350 at a glance — range 140 vs 500 km, speed 1,000 vs 1,160 km/h, warhead 500 vs 480 kg, launch weight 1,230 vs 1,400 kg.
| APACHE | Taurus KEPD 350 | |
|---|---|---|
| Origin | 🇫🇷 France | 🇩🇪 Germany🇸🇪 Sweden |
| Category | Cruise | Cruise |
| Type | Anti-runway cruise missile | Air-launched cruise missile |
| Manufacturer | MBDA | Taurus Systems GmbH |
| Service year | 2001 | 2006 |
| Number produced | 100 units | 1,200 units |
| Estimated unit price | $1.6 million | $3.5 million |
| Range | 140.0 km | 500.0 km |
| Maximum speed | 1000 km/h | Mach 0.9 |
| Weight | 1,230 kg | 1,400 kg |
| Warhead | 500.0 kg | 480.0 kg |
| Length | 5.10 m | 5.10 m |
| Diameter | -- mm | 1080 mm |
| Guidance | GPS and Inertial guiding | INS, GPS, IBN, RADALT |
| Warhead type | Submunitions | Two-stage tandem MEPHISTO penetrator |
Detailed Comparison
The APACHE and Taurus KEPD 350 share a common programmatic ancestry. The French-led APACHE program initially included Germany, which withdrew in 1998 to pursue a longer-range, unitary-warhead weapon, resulting in the Taurus. While the APACHE entered service in 2001 and was retired by 2009 after producing 100 units, the Taurus remains in active service with 1,200 units built.
Development and Design
APACHE originated in the 1980s as a runway-denial weapon. Initially conceived as an unpowered glide bomb, designers added a turbojet to achieve standoff ranges against defended airspaces. The resulting missile served as the baseline airframe for the later SCALP-EG/Storm Shadow. Taurus utilizes a similarly shaped 5100 mm stealth-optimized airframe but houses a distinct turbofan propulsion system and payload architecture, prioritizing deep penetration over area denial.
Performance and Capabilities
The two systems possess completely different operational profiles:
- Range: Taurus flies out to 500 km, exceeding the APACHE's 140 km range by 360 km.
- Payload: APACHE carries a 500 kg payload of ten KRISS penetrating submunitions designed to crater airstrips.
- Lethality: Taurus employs the 480 kg MEPHISTO tandem warhead. A shaped pre-charge defeats outer layers, allowing the main charge to penetrate the structure before a programmable void-sensing fuze detonates the explosive in the interior.
Guidance and Technology
APACHE navigates via mid-course INS/GPS, transitioning to a terminal millimetric-wave radar to map and dispense submunitions over runways. This method requires launching multiple missiles to neutralize a single airfield. Taurus employs a navigation suite built for GPS-denied environments. Mid-course guidance fuses INS, GPS, terrain-referenced navigation (TRN), and image-based navigation (IBN). In the terminal phase, a high-resolution thermographic camera matches the target against a pre-loaded 3D model. If the match fails, the missile diverts to a pre-programmed crash site.
Deployment and Combat Record
Neither missile has been fired in combat. APACHE integrated exclusively with French Mirage 2000 and Rafale aircraft. Changing tactical doctrines favoring unitary warheads, coupled with the political pressure of the 2008 Convention on Cluster Munitions, led France to dismantle its stockpile between 2014 and 2019.
Taurus is actively deployed by Germany, Spain, and South Korea, integrated onto the Tornado IDS, EF-18A+, Eurofighter Typhoon, and F-15K Slam Eagle. Sweden will integrate it onto the JAS 39 Gripen by 2025. The system's specific utility against reinforced infrastructure was detailed in a February 2024 leaked audio intercept of German Luftwaffe officers discussing the technical requirements to destroy the structural pillars of the Crimean Bridge.
Conclusion
Taurus KEPD 350 is the definitively superior weapon. APACHE was a short-range, single-mission asset whose submunition-dispensing doctrine became operationally obsolete within a decade of its introduction. By adopting a tandem penetrator, multi-sensor GPS-denied navigation, and a 500 km standoff range, Taurus matured into a highly survivable hard-target defeat system. Its export success, active deployment, and the funded Taurus Neo upgrade program confirm its sustained utility in contested airspace.