P2S vs X2D

The P2S and X2D share the same CoreXY architecture, same 300°C nozzle and the same enclosure approach. The $140 price gap buys you active chamber heating, dual nozzle capability, up to 25 colors, a 120°C bed and a higher speed rating on the X2D.

Active chamber heating is the biggest. The P2S is enclosed but not actively heated; it traps print and ambient heat, fine for ABS in a warm room but unreliable in cold environments. The X2D actively holds 65°C regardless of ambient temperature, making it significantly more consistent for ABS, ASA, and materials that warp without a stable chamber environment.

On Bambu's spec sheet the X2D is the faster machine: 1,000 mm/s on the main toolhead against 600 mm/s for the P2S, with the same 20,000 mm/s² acceleration. In real-world quality printing this matters less than the numbers suggest: most quality profiles run at 200 to 300 mm/s regardless, and both printers reach those without effort.

If your use case is high-volume PLA production, the P2S wins on price per printer and on weight, not on speed. For everything else, the X2D's feature set is more useful.

Full specs and review:P2S pageX2D page

Does the P2S passive chamber work well enough for ABS?

Yes, in the right conditions. In a warm workshop (20°C or more; Bambu says even PLA and PETG can warp below that) with a draft-free environment, the enclosed P2S traps enough heat to handle ABS for most parts. Where it struggles is in cold garages, air-conditioned rooms, or large parts that take 8+ hours and experience temperature swings. The X2D's active 65°C chamber eliminates these environmental variables entirely, which is the core reason to choose it over the P2S for engineering materials.