Updated August 18, 2025
EVO Max 4T
Professional thermal imaging drone with 4K visible camera, advanced AI tracking, and rugged weather-resistant design
ProfessionalEnterpriseSurveying
Price
$8,999.00
Market price
Weight
1,150 g
Total weight including battery
Flight Time
42 mins
Average flight time in normal conditions
Wind Resistance
8/12
Ability to handle wind conditions
Maximum Altitude
500 m
Maximum operating altitude
Temperature Range
-20°C to 50°C
Operating temperature range
Maximum Wind Speed
30 mph
Maximum recommended wind speed
Performance Analysis
Overall Performance
Comprehensive performance score
55.7/100
Grade: D
Power Efficiency
Flight time per weight
0.037 min/g
D
60.9/100Acceleration Score
Speed & agility capability
43.8/100
D
43.8/100Weather Versatility
All-condition capability
72.3/100
C
72.3/100Mission Endurance
Long-mission capability
100/100
A+
100/100Portability Index
Travel & setup friendliness
69.5/100
D
69.5/100Precision Control
Stability & control precision
75.2/100
C+
75.2/100All-Weather Capability
Performance across conditions
74.1/100
C
74.1/100Range Efficiency
Distance per weight
10.43 km/kg
D
34.8/100Performance Insights(9 insights)
✓ 3 strengths! 5 areas to consider→ 1 recommendations
- ✓Exceptional mission endurance (100/100) - perfect for long-duration professional operations
- ✓Excellent performance per dollar (6.764/k$) - top-tier performance value in its price range
- →Strong mission endurance capability (100/100) - can handle demanding commercial operations
- ✓Wide temperature range (70°C span) - can operate in both cold and hot climates reliably
- !Below-average overall performance (55.7/100, Grade D) - consider if this meets your specific needs
- !Lower power efficiency (60.9/100) - consider shorter flights or frequent battery changes
- !Premium pricing relative to performance (9.3/100) - evaluate features vs cost for your use case
- !Multiple performance limitations - achieves only average grades in 4 key areas
- !Premium pricing concerns - performance may not justify the high price point compared to alternatives