UAS & Drone Engineering Partner
Avoid Costly Development Delays Before They Impact Production
ALTEN helps UAS organizations reduce execution risk, improve program predictability, and accelerate development through insight-driven U.S.-based engineering teams and refined delivery frameworks built through years of aerospace and defense execution.
The Challenge
As UAS programs move toward validation, certification, and production, complexity increases.
Delays often stem from:
- Requirements gaps
- Integration challenges
- Late-stage design changes
- Compliance hurdles
- Manufacturability issues discovered too late
The result is often rework, schedule pressure, and increased program risk.
How ALTEN Helps
Successful UAS development requires more than technical expertise.
It requires teams that understand where programs commonly encounter challenges and how to identify risks before they impact cost, schedule, or production readiness.
ALTEN helps organizations strengthen execution through:
- Insight-driven engineering teams
- Refined development frameworks
- Built-in quality, compliance, and manufacturability
- U.S.-based delivery for regulated environments
Critical UAS Development Areas We Support
Full Vehicle & Subsystem Design & Integration
Reduce integration risk through coordinated development, integration, testing, and certification support across every mission-critical vehicle subsystem.
- Flight Control Systems / Autopilot
- Onboard Avionics & OBDH (Onboard Data Handling)
- Embedded Software / Mission Computers
- Communications & Datalink Systems (C2/RF)
- Electronics Integration & Design
- Propulsion Systems
- Payload & Sensor Integration
- Power Systems & Energy Management
- Ground Control Stations & Test Equipment
- Systems Integration, Test & Certification Support
Design for X (DFX)
Incorporate manufacturability, SWaP, lifecycle, and obsolescence considerations early to reduce downstream challenges.
Requirements & Configuration Management
Maintain alignment, traceability, and control throughout the product lifecycle.
Mechanical Engineering
Design, optimize, and validate mechanical systems that balance performance, manufacturability, and strength-to-weight requirements—from custom mechanisms and integrated subsystems to housings, chassis, and composite structures.
Software Engineering
Develop intelligent software architectures that power mission success, including flight control software, embedded systems, computer vision, and hardware-level drivers optimized for mission-critical performance.
Electrical Engineering
Design reliable power and electronics architectures that enable seamless system integration, from custom PCBAs and motor controls to communications systems and commercial off-the-shelf (COTS) component integration.
Quality Management and Verification & Validation (V&V)
Improve product readiness and confidence before production begins.
What Makes ALTEN Different
Experience That Helps Teams Avoid Common Pitfalls
Our engineers bring valuable insight from complex aerospace, defense, and UAS programs—helping teams recognize risks earlier and make informed decisions faster.
Refined Frameworks Built Through Real-World Delivery
Our methodologies, templates, and execution frameworks have been continuously improved through years of project delivery to improve visibility, traceability, and predictability.
Built-In Compliance, Quality & Manufacturability
We help organizations address critical production and regulatory considerations early rather than after issues arise.
U.S.-Based Delivery
Engineering work is performed by U.S.-based teams experienced in supporting highly regulated development environments.
