Material Quality | Rugged environments, frequent repairs | Industry: PP (20MPa tensile strength, ISO 527-2); Base: ABS (40MPa ▲); Advanced: Carbon-reinforced ABS (60MPa ▲▲, ASTM D638) | Base doubles industry strength; Advanced 3x stronger than industry. | Advanced may add weight; Base costs 20% more than industry-standard parts. |
Durability | High-impact landings, rough handling | Industry: 500 landing cycles (MIL-STD-810G); Base: 1000 ▲; Advanced: 1500 ▲▲ | Base doubles lifespan; Advanced 3x more durable than industry. | Advanced parts cost 50% more than base; Industry-standard parts may suffice for casual use. |
Modularity | Custom setups, sensor/camera upgrades | Industry: Non-modular; Base: Modular components ▲ (ISO 14120); Advanced: Quick-release system ▲▲ | Base allows easy part replacement; Advanced enables tool-free assembly. | Advanced requires learning curve; Base may need tools for disassembly. |
Weight | Long flight times, agile maneuvers | Industry: 200g (ISO 3801); Base: 180g ▲; Advanced: 160g ▲▲ (lightweight design) | Base reduces weight by 10%; Advanced cuts weight by 20% for longer flights. | Advanced may sacrifice structural robustness; Base balances weight and durability. |
Compatibility | OEM repairs, multi-model use | Industry: Model-specific; Base: DJI Phantom 4 series ▲; Advanced: Phantom 3/5 adapters ▲▲ (ISO 14120) | Base ensures fit for Phantom 4; Advanced supports broader drone models. | Advanced adds bulk; Base may not work with older models. |
Aesthetic Design | Professional use, personal branding | Industry: Matte finish; Base: Smooth, rounded edges (ISO 20642) ▲; Advanced: Customizable paint ▲▲ | Base reduces injury risk; Advanced enables personalized branding. | Advanced painting may weaken structure; Base lacks visual appeal. |