For a rugged outdoor robot, here's the head-to-head on the three attributes you asked about — both are Connect Tech embedded AI systems, and on these criteria Anvil-RX is the stronger outdoor choice.
| Attribute | Anvil-RX | Polaris |
|---|---|---|
| Power input | 18–60 V | 18–48 V connecttec... +1connecttech.com ↗“power.power_input=18-60 V”connecttech.com ↗“power.power_input=18-48 V” |
| Weight | 5,200 g | 2,500 g connecttec... +1connecttech.com ↗“mechanical.weight_g=5200 g”connecttech.com ↗“mechanical.weight_g=2500 g” |
| Min operating temp | −40 °C | −20 °C connecttec... +1connecttech.com ↗“thermal.min_operating_temp_c=-40 °C”connecttech.com ↗“thermal.min_operating_temp_c=-20 °C” |
What this means for an outdoor robot:
- Power input: Anvil-RX accepts a wider 18–60 V window, which gives you more headroom with unregulated vehicle/motive battery rails; Polaris tops out at 48 V.
- Weight: Polaris is less than half the weight (2,500 g vs 5,200 g) — the clear pick if the robot is weight- or payload-limited.
- Cold weather: Anvil-RX is rated down to −40 °C vs Polaris at −20 °C, so only Anvil-RX covers harsh winter/alpine conditions. Both carry an IP67 rating . connecttec... +1connecttech.com ↗“mechanical.ip_rating=IP67”connecttech.com ↗“mechanical.ip_rating=IP67”
One additional outdoor consideration from the specs: Polaris' 50 °C max operating temperature requires airflow (its temperature range is conditional on that), while Anvil-RX is fanless with a 65 °C max and MIL-STD-810H shock/vibration ratings — a fanless, conduction-cooled design is typically easier to seal and deploy on a vehicle. connecttec... +2connecttech.com ↗“Requires airflow”connecttech.com ↗“thermal.cooling=Fanless”connecttech.com ↗“thermal.max_operating_temp_c=65 °C”
In short: choose Anvil-RX if the robot faces extreme cold or hot, sealed enclosures (ruggedness first); choose Polaris if payload weight and a compact footprint matter more and your thermal environment stays within −20 to 50 °C with airflow.