A&D News from across the Product Lifecycle for Nov 3 - Nov 9, 2024
Andrew Sparrow
Driving Supply Chain Excellence: Integrating Advanced Manufacturing, Data Analytics, & Sustainability Initiatives for Resilience & Agility. Consultant | Speaker | Author | Live Shows. The Product Lifecycle Enthusiast
Welcome back to The Let's Get Defensive Show Replay, where we break the main news items down into bite-sized chunks and explore their delivery challenges and solutions.
In case you missed us last week, go take a look: https://www.dhirubhai.net/pulse/ad-news-from-across-product-lifecycle-oct-27-nov-2-2024-sparrow-xkxfc/?trackingId=uq%2FwhKNZQ5%2BcbbBn7p7jow%3D%3D
and in case you want to see the full show, with many other news items, here it is from my YouTube Channel: https://www.youtube.com/watch?v=kMOtmiReSAw
In this week’s episode, we observed three prominent trends shaping the defense industry and explored how our Critical Thread approach provides targeted solutions, bolstered by AI, to tackle these evolving challenges:
1. Trend: Integration of Autonomous and Uncrewed Systems
2. Trend: Scaling Production and Maintaining Durability
3. Trend: Enhanced Defense System Interoperability
Summary: As these trends reshape the defense landscape, our Critical Thread methodology, strengthened by targeted AI solutions, continues to empower defense manufacturers and developers to overcome these challenges.
Whether you're integrating uncrewed systems, scaling production, or ensuring interoperability, the combination of strategic planning and AI-driven insight paves the way for sustainable, reliable defense capabilities.
This Week’s Top Defense Headlines
Below, you’ll find short, 3-4 minute video discussions that break down each headline, diving into the key challenges and solutions driving the future of defense technology. From advanced supply chain management to AI-powered simulations for complex aerospace systems, these clips give you a front-row seat to the most impactful stories of the week.
General Dynamics Wins US Navy Contract for MEDUSA
General Dynamics Mission Systems has secured a new contract to develop the MEDUSA (Mining Expendable Delivery Uncrewed Submarine Asset), an advanced uncrewed maritime mining system for the US Navy. The initial deal is valued at $15.9 million and includes comprehensive program management, design, engineering, and testing, with a timeline running through September 2026. If all contract options are exercised, the project’s value could increase to $58 million, extending through 2032.
The MEDUSA system will feature a medium-class uncrewed underwater vehicle (UUV) capable of being launched from submarine torpedo tubes, positioning it as a key asset in the Navy’s evolving fleet strategy. The Navy plans to have four prototype units completed by late fiscal 2026, emphasizing a strategic shift toward enhancing operational flexibility by integrating crewed and uncrewed maritime technologies.
Lilium Teams Up with GE Aerospace for eVTOL Flight Safety
Lilium and GE Aerospace have announced a strategic partnership aimed at enhancing safety for eVTOL (electric vertical take-off and landing) aircraft through the integration of advanced flight data systems. GE’s Event Measurement System (EMS), a trusted platform used by 60 airlines and 500 business jet operators, will be incorporated into Lilium’s data platform to provide crucial insights that support the safe and efficient operation of Lilium Jets.
This collaboration establishes the foundation for a robust Flight Data Monitoring (FDM) and Quality Assurance program, underscoring the importance of safety and operational efficiency in the eVTOL sector. The first customer deliveries of the Lilium Jet are expected in 2026, aligning with forecasts that project the eVTOL market to reach $1 trillion by 2040.
CAE Unveils Apple Vision Pro App for Pilot Training
CAE has introduced an immersive training app for Apple Vision Pro, set to revolutionize pilot training by facilitating practice outside traditional training centers. The app simulates a virtual flight deck, allowing pilots to build familiarity and muscle memory through interactive, remote training experiences. Users can explore flight controls, follow guided procedures, and practice interactions using simple hand gestures.
Initially tested with the Bombardier Global 7500, the app is expected to be available in spring 2025, with potential plans for expansion to other aircraft models. This innovation meets the growing need for flexible pilot training solutions as the aviation industry faces increasing pilot demand.
Safran Strengthens Ties with Mexico Through Two New Plant Openings
Safran is reinforcing its commitment to Mexico’s burgeoning manufacturing sector by opening two new plants in the country. One facility in Chihuahua will focus on producing evacuation and rescue equipment, while a second plant in Querétaro will specialize in MRO (Maintenance, Repair, and Overhaul) for single-aisle aircraft engines. The Querétaro facility is set to service up to 350 engines annually, featuring a high-tech test cell for verifying engine parameters before customer delivery, alongside capabilities for new engine expansion.
This strategic move positions Mexico as the third-largest producer of turbojets for single-aisle aircraft globally, behind only the U.S. and France. Safran’s president emphasized Mexico’s strategic location, with proximity to the U.S. market and access to Brazil, making it an ideal hub for expanding partnerships, particularly with Embraer. The expansion also highlights the value of Mexico’s skilled workforce, which boasts 34 years of industry expertise and supports the growth of high-tech manufacturing processes.
Roketsan’s Cirit Missile Mounted on Toyota Hilux Unveiled at SAHA 2024
Roketsan has unveiled a groundbreaking adaptation at SAHA 2024, showcasing a Toyota Hilux equipped with a Cirit 70 mm laser-guided missile system. This innovative, cost-effective setup features four missile launchers and Aselsan’s Karakurt EO/IR system with a laser designator for precise target acquisition.
The Toyota Hilux, known for its durability and reliability in conflict zones, serves as a practical platform for militaries operating under budget constraints. The Cirit missile, bridging the gap between unguided rockets and more expensive anti-tank solutions, is versatile, accommodating various warheads for different combat scenarios. Similar to the U.S. VAMPIRE system, this integration highlights a growing trend of repurposing civilian vehicles for military use, merging mobility with advanced firepower at an affordable price.
QinetiQ Wins $95 Million US Army Aerial Target Systems Contract
QinetiQ has secured the ATS-3 contract from the US Army, marking its first role as a prime contractor in the United States with an IDIQ (Indefinite Delivery, Indefinite Quantity) contract valued at up to $95 million. Under this contract, QinetiQ will supply a range of aerial target systems, including the advanced MQM-185B (Banshee Jet 80+), to support global training and testing exercises.
This milestone reinforces QinetiQ’s reputation for delivering high-performing and adaptable aerial targets, backed by a proven mission success rate of 97% over the past five years. Leveraging its global expertise in engineering, robotics, and payload integration, QinetiQ aims to enhance the performance of target systems, providing realistic simulations to replicate evolving threats and support military preparedness.
HDT Global’s Hunter WOLF Chosen for U.S. Army S-MET Program
HDT Global’s Hunter WOLF? has been selected for the U.S. Army’s Small Multipurpose Equipment Transport (S-MET) Increment II program, securing a contract valued at $11.55 million. The 6x6 unmanned ground vehicle features electric motors and a hybrid-electric drive system, providing stealth, durability, and efficient power management ideal for challenging operations.
Dubbed a “robotic Swiss Army knife,” the Hunter WOLF is designed to support modular mission packages, offering versatile use across different military needs. With advanced technology tailored for future adaptability, the vehicle meets S-MET requirements to reduce the physical burden on soldiers while enhancing overall operational support and mission effectiveness.
Belgium Leans Towards European SAMP/T Air Defense System
Belgium is expected to choose the European-made SAMP/T system from MBDA over the American Patriot system for its medium-range air defense needs. This move would be Belgium’s first acquisition of such a system, closing a significant capability gap and aligning with broader EU defense cooperation.
The SAMP/T system, equipped with Aster 30 missiles, a rotating AESA radar, and 360-degree coverage, can counter threats up to 600 km, including ballistic missiles and drones. The more advanced SAMP/T NG variant offers enhanced guidance and control technology, extending its range to intercept hypersonic threats up to 1,000 km.
With potential contracts valued at hundreds of millions of euros, Belgium aims for industrial compensation and fair return agreements as part of the deal. Integrating the SAMP/T system also enhances NATO compatibility, positioning Belgium within a network of European users like France and Italy, supporting interoperability and collective defense efforts.
Kawasaki Heavy Industries Unveils K-RACER-X2 VTOL UAV at JA2024
Kawasaki Heavy Industries has debuted its K-RACER-X2 VTOL UAV at the Japan Aerospace Exhibition 2024 in Tokyo, highlighting its potential for maritime and cargo transport. The K-RACER project, initially focused on high-speed UAV development, was adapted to meet the increasing need for heavy cargo transport, culminating in the creation of the K-RACER-X2.
Capable of carrying up to 200 kg, covering distances over 100 km, and operating at altitudes around 3,000 meters, the UAV is well-suited for challenging logistics, such as mountainous terrain and disaster relief supply transport. A test in early 2024 at JMSDF Yokosuka Base demonstrated its supply delivery capabilities from pier to ship, suggesting future naval applications.
Future enhancements could include the integration of sensors and communication equipment, aligning with the Japan Maritime Self-Defense Force’s research plans to explore horizon detection using UAV-mounted radars, set to begin in FY2025.
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