Material Quality | Home/Hobbyist Use, Classroom Labs | Industry Standard: Plastic (ASTM D6341) Our Base: Metal/Plastic Hybrid (ASTM F1951) Our Advanced: Reinforced Aluminum (ISO 9001) | ▲ Our Base: 40% lighter than all-metal (ideal for portability) ▲ Advanced: 3x stronger joints for rugged environments | Plastic-only: Lower durability Metal-heavy: Higher cost/weight |
Power Source | Long-Run Projects, Field Deployments | Industry Standard: 4x AA (10hr avg) Our Base: 8x AA (15hr avg, IEC 60086) Advanced: Rechargeable Li-Po (25hr, UL 2054) | ▲ Advanced: 2.5x longer runtime vs Base Universal battery compatibility | Disposable batteries: Higher long-term cost Li-Po: Requires charging infrastructure |
Educational Features | STEM Learning, DIY Projects | Industry Standard: Pre-programmed movements Our Base: Blockly Coding (Scratch兼容) Advanced: AI Vision + Python SDK (IEEE 1621) | ▲ Advanced: 50+ AI tasks (object tracking, obstacle avoidance) Base: 30% cheaper for entry-level users | Limited customization on Base Advanced requires coding knowledge |
Certifications | Global Sales, Institutional Purchases | Industry Standard: CE Our Base: CE + RoHS Advanced: CE + FCC + RoHS + IP54 | ▲ Advanced: 3 certifications more for export compliance IP54: Dust/water resistance | Base lacks FCC for US markets Advanced adds $20 to cost |
Control System | Remote Tasks, Autonomous Operations | Industry Standard: IR Remote Our Base: Bluetooth 5.0 (20m range) Advanced: Dual-band Wi-Fi + AI Vision (IEEE 802.11ac) | ▲ Advanced: 100m+ range + autonomous path planning Base: 50% cheaper for basic control | IR: Short range Advanced: Requires router for Wi-Fi |
Customization | Research, Industrial Prototyping | Industry Standard: Fixed limbs Our Base: 8-axis arm (ISO 9283) Advanced: 12-axis + modular attachments (ISO 10218-1) | ▲ Advanced: 4x more DOF for precision tasks Modular design cuts assembly time by 30% | Base lacks advanced sensors Advanced needs specialized tools |