Mule Works Heavy-Lift UAV

Next-Generation UAV Systems

Revolutionary hardware and intelligent software for modern aviation

See It In Action

Watch our heavy-lift UAV simulation demonstrating advanced flight capabilities and autonomous operations

Complete Product Ecosystem

Integrated hardware and software solutions for the future of aviation

Software Solutions 3 Products

FAA Part 107 Training

FAA Part 107 Training

AI-powered problem-first learning methodology that prepares pilots for real-world UAV operations through adaptive scenario-based training.

  • Problem-based learning framework
  • Adaptive AI instruction
  • Real-world scenario training
  • Certification exam prep
Learn More →
UAV Simulation Certification

UAV Simulation Certification

Transform any handheld device into a comprehensive UAV simulator for certification and skill assessment using advanced flight physics.

  • Works on pilot's own device
  • Real-time flight physics
  • Skills assessment platform
  • Certification validation
Learn More →
ShieldWorks

ShieldWorks

Advanced threat detection system for identifying and tracking rogue UAVs with real-time alerts and comprehensive airspace monitoring.

  • Rogue UAV detection
  • Real-time threat alerts
  • 360° airspace monitoring
  • Automated threat response
Learn More →

Hardware Systems 3 Products

Heavy-Lift UAV

Industrial-grade unmanned aerial vehicle capable of carrying 1,000+ pound payloads over 200-mile ranges with GPS-denied navigation capabilities.

  • 1,000+ lb payload capacity
  • 200-mile operational range
  • GPS-denied flight capability
  • VTOL configuration
Learn More →

QUAD-Modal Flight Controller

Revolutionary navigation system combining polarized light, acoustic cognitive mapping, magnetic field sensing, and visual snapshots for GPS-denied environments.

  • Polarized light navigation
  • Acoustic cognitive mapping
  • Magnetic field sensing
  • Visual snapshot system
Learn More →
Polarization Sensor

Polarization Sensor

Bio-inspired navigation sensor using polarized light patterns for precise orientation and heading determination in any environmental condition.

  • Bio-inspired design
  • All-weather operation
  • Precise heading determination
  • Zero GPS dependency
Learn More →

Get In Touch

Ready to transform your UAV operations? Let's discuss how Mule Works can help.

Location

Houston, Texas

Email

info@muleworks.com

Response Time

Within 24 hours

Frequently Asked Questions

What payload weights and distances can Mule Works UAVs handle?
Mule Works UAVs can transport up to 1,000 pounds over distances of approximately 200 miles per flight.
Does Mule Works have FAA certification?
Yes, Mule Works currently holds FAA SAC-EC certification and is in the process of obtaining FAA Part 135 certification.
How does Mule Works ensure operational security?
The company incorporates multi-layered encryption and autonomous cybersecurity measures that comply with NIST SP 800-171 and CMMC standards to maintain secure communications and operations.

Industry News

Latest UAV and drone technology news from credible sources worldwide

View News Archive →

Loading latest UAV news...

Latest Insights

MIT Nano-UAV Lab

Smaller, Smarter, Faster: How MIT's Nano-UAV Lab is Redefining Flight

MIT researchers are developing insect-sized autonomous drones equipped with onboard sensors and AI that can navigate without GPS. These nano-UAVs offer advantages like stealth and access to confined spaces, with potential applications ranging from post-disaster rescue operations to environmental monitoring.

Read More →
AI Flight Lab at UIUC

Can a Drone Think for Itself? Inside the AI Flight Lab at UIUC

Professor Naira Hovakimyan's groundbreaking research at UIUC's AVIATE Center focuses on developing autonomous drones capable of adapting in real-time without GPS or pre-set routes. Her work demonstrates how drones can learn and make decisions based on environmental data.

Read More →
FAA Requirements for Heavy Drones

Flying a Heavy Drone for Customers? Here's What the FAA Actually Requires

This article outlines regulatory requirements for operating drones exceeding 55 pounds in commercial airspace. Section 44807 exemptions and Part 135 certifications are the primary pathways for heavy-lift drone operators, requiring detailed safety plans and FAA approval.

Read More →