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Autel Robotics Autel Robotics EVO Max 4NvsQuantum Systems Trinity Pro

Side-by-side comparison of Autel Robotics Autel Robotics EVO Max 4N and Quantum Systems Trinity Pro: specs, price, use cases and SDKs.

Specifications

SpecAutel Robotics EVO Max 4NTrinity Pro
Price (USD)
$12,599
$21,260
Category
drone
drone
Payload
0.225 kg
0.7 kg
Runtime
0.7 h
1.5 h
Speed
23 m/s
17 m/s
Weight
1.665 kg
5.75 kg
Degrees of Freedom
null
null
Battery
8070mAh, 14.88V, LiPo 4S
3 battery packs, ~1 hour charge time
Shared use cases
No shared use cases
Only on Autel Robotics EVO Max 4N
  • Industrial Inspections
  • Search and Rescue
  • Law Enforcement Surveillance
  • Mapping and Surveying
  • Night Operations
  • Wildlife Management
Only on Trinity Pro
  • Large-area mapping
  • Surveying and monitoring
  • Agriculture and forestry analytics
  • Environmental monitoring
  • Defense and reconnaissance
  • Disaster risk monitoring

When to pick which

When to pick Autel Robotics EVO Max 4N

Choose the Autel Robotics EVO Max 4N for high-stakes, rapid-response scenarios such as law enforcement surveillance or emergency search and rescue. Its 23 m/s top speed and lightweight 1.665 kg frame allow for faster deployment and pursuit than the Trinity Pro. The integrated night vision and AI capabilities make it the superior choice for urban night operations where identifying suspects or victims in low light is critical. It is also better suited for industrial inspections in confined spaces where a compact quadcopter's maneuverability is required over a fixed-wing's wide turning radius. The extensive SDK support also favors custom software integration.

When to pick Trinity Pro

Select the Quantum Systems Trinity Pro for large-scale geospatial projects, such as agricultural mapping or environmental monitoring across thousands of acres. Its eVTOL fixed-wing design provides a 1.5-hour runtime, more than doubling the endurance of the EVO Max 4N, which is essential for minimizing battery swaps during massive surveying tasks. With a 0.7 kg payload capacity, it supports heavier, high-resolution sensors required for precision forestry and defense reconnaissance. Choose this model when the primary constraint is coverage area per flight and the task requires the stability and efficiency of a fixed-wing platform for consistent, long-range data collection.

AI-generated buyer guidance based on public specs.

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