Aerospace & Defence
Redefining Aerospace Excellence Through Advanced Engineering
Smart engineering for seamless flying experience & comfort
Driven by significant accomplishments, Aerospace engineering relies on major stakeholders for efficiency, precision, and reliability, as the industry amalgamates both creativity and complexity. With its huge budgetary challenges, the aviation industry looks for a better collaboration in their product development process that ultimately benefits them in both financial and in operational terms. DEP’s smart engineering expertise and breakthrough procedures will assist in defining winning manufacturing strategies. With highly trained focus groups on niche technologies and their evolution in the aerospace industry, we guarantee to open the runway for better business growth. Our product development accelerator tools had proven to aid the aerospace and defence organization from concept stage through manufacturing.
Our Services
Design Services
Detroit Engineered Products (DEP) offers comprehensive Design Services tailored to the unique demands of the Aerospace and Defence industries. Our advanced capabilities span across multiple facets of design engineering, ensuring precision and innovation in every project.
DEP Key Capabilities
CAD Support Solutions: We provide detailed engineering design, structural design, and validation services, leveraging CAD customization to optimize workflows and enhance design accuracy.
Aircraft Components and Assembly: Our team is experienced in the design and assembly of aircraft components, ensuring that each part meets the highest standards of safety, efficiency, and performance.
Fabrications and Design Reviews: We assist in the fabrication process and conduct thorough design reviews to ensure every detail is optimized for manufacturing and operational efficiency.
Jigs & Fixture Design: DEP also specializes in the design of jigs and fixtures to support the manufacturing process, ensuring precision and repeatability in aircraft production.
Engineering Services
Detroit Engineered Products (DEP) offers advanced Engineering Services to meet the rigorous requirements of the Aerospace and Defence industries. Our expertise ensures optimized performance, cost efficiency, and robust design, catering to the unique challenges of these sectors.
DEP Key Capabilities
Weight Reduction and Optimization: Our engineers focus on reducing the weight of aerospace components while maintaining structural integrity and performance. This results in improved fuel efficiency and reduces operational costs.
Manufacturing Engineering: We provide comprehensive support for manufacturing processes, ensuring that designs are not only innovative but also manufacturable at scale, improving time-to-market and cost-effectiveness.
Modeling Support: DEP offers modeling support to validate designs before production, utilizing advanced simulation techniques to predict performance under various operating conditions.
Mechanical Systems: Our team is skilled in the design and development of mechanical systems, ensuring they meet the stringent performance and safety requirements of aerospace and defence applications.
Simulation Services
Detroit Engineered Products (DEP) delivers state-of-the-artSimulation Services for the Aerospace and Defence industries, allowing companies to predict and optimize the performance of critical systems. Our simulations help accelerate development timelines, reduce costs, and ensure the highest levels of safety and efficiency.
DEP Key Capabilities
Structural Simulations: We conduct detailed structural simulations to evaluate the strength, durability, and performance of aerospace components under various stress conditions, ensuring safety and compliance with industry standards.
Sheet Metal Forming Simulation: DEP's sheet metal forming simulations enable precise predictions of material behaviour during manufacturing, reducing trial-and-error in production and ensuring consistent, high-quality components.
CFD, Thermal, and Flow Simulation: Our Computational Fluid Dynamics (CFD) simulations analyze fluid flow, heat transfer, and thermal management, essential for optimizing aerodynamic performance and cooling systems in aircraft.
Aerodynamic Design and Analysis: DEP provides aerodynamic design support and analysis to enhance aircraft efficiency, stability, and fuel consumption, helping clients achieve better performance and environmental compliance.
Acoustics & Vibration Analysis: We offer comprehensive analysis of noise, vibration, and harshness (NVH) to minimize sound pollution and improve the comfort and safety of aerospace systems.
Capabilities
Avionics System
DEP specializes in the development of Landing Gear Systems, ensuring precise and reliable operation for safe aircraft landings. We also provide expertise in Slat Flap Controllers and Model-Based Engineering to streamline avionics development, while our Systems Engineering capabilities ensure seamless integration of complex systems across the aircraft.
Airframe Structures
Our team excels in designing and analyzing Airframe Structures, including Engine Mounts & Frames, Door Structures, and Fuselage components. We also specialize in Flaps & Wing assemblies and Tail Cone design, ensuring structural integrity and aerodynamic performance across various aircraft models.
Aero Engines
DEP offers comprehensive design and engineering services for Aero Engine Components such as Discs, Casings, Shafts, and Bearing Supports. Our expertise ensures that these critical engine parts are engineered for performance, reliability, and safety in extreme operating conditions.
Aircraft Cabin & Interiors
We provide end-to-end solutions for Aircraft Cabin & Interiors, from Concept Styling and Renderings to the design of Partitions & Closets. Our team also handles Electrical Schematics and Harness Routing, Stress Analysis, Certification Reports, and Tubing Design and Routing, ensuring that cabin interiors meet safety and comfort standards.
Technical Documentation
DEP delivers comprehensive Technical Documentation services, including Interactive Electronic Technical Manuals (IETM), Technical Publications, and Structure Repair & Troubleshooting Manuals. We also create detailed Aircraft Maintenance Manuals, ensuring that operators have the necessary resources for effective maintenance and repairs.
DMU Clash Analysis
At DEP, we offer advanced clash detection and detailed analysis to ensure seamless integration and alignment of your design models, helping to prevent unnecessary costs.
Electrical Harness
DEP’s expertise in routing design, space allocation, and system frontier modeling optimizes electrical harnesses, ensuring efficient integration and performance.
Systems
DEP delivers a full spectrum of support, including requirements specification, analysis, system integration, test support, and rigorous verification & validation for robust system performance.
Non-Specific Design
DEP provides tailored design and support services for avionics, electrical, and aircraft systems, including specialized flight test support to ensure functionality and safety.
Benefits Of Scalable Aerospace & Defence Solutions
What makes us stand out?
Comprehensive Services
From design and engineering to simulation and technical documentation, DEP offers end-to-end solutions for aerospace projects.
Specialized Expertise
DEP focuses on advanced technologies, including weight optimization, aerodynamic analysis, and structural validation.
Tailored Solutions
Customized support for avionics systems, airframes, and cabin interiors.
Global Reach
DEP supports clients worldwide, ensuring industry-leading results.
Aerospace Solutions
Advanced Mesh & Numerical Model Solutions for Aerospace Standards
MeshWorks is equipped to Create / Morph / Parameterize Mesh Model for Structural analysis & Optimization to meet MIL / OEM specific Standards & Create/Morph/Parameterize Numerical Models for flow analysis. Applied for Fixed Wing, Rotary Wing, Aero Engines & Aircraft Interiors.
Aerospace Solutions
Enhancing Productivity with Avionics Design, Process Optimization, and MRO Solutions
DEP’s capabilities also includes process optimization to increase productivity, avionics/electrical system design & development, and improved MRO (Maintenance, Repair & Overhaul)
