AgiBot’s G2 Max is reported to depalletize 80 cartons per hour and palletize 75, with success above 99% at a JD Logistics warehouse. The robot’s reported rated payload is 20 kg per arm and 40 kg across both arms, with a 50 kg peak payload.
Published byEdited with GPT-6 LunaImages generated with GPT Image 2
Research answer

Create a landscape editorial hero image for this Studio Global article: How is AgiBot’s safety-rated, heavy-load G2 Max embodied robot being deployed across multiple production lines around the clock to unload in. Article summary: AgiBot’s G2 Max is reported to be handling inbound cartons in JD Logistics’ Smart Wolf goods-to-person warehouse, removing them from pallets and stacking them at reported rates of 80 and 75 cartons per hour, respectively. Topic tags: general, general web, user generated. Style: premium digital editorial illustration, source-backed research mood, clean composition, high detail, modern web publication hero. Use reference image context only for broad subject, composition, and topical grounding; do not copy the exact image. Avoid: logos, brand marks, copyrighted characters, real person likenesses, fake screenshots, UI text, readable text, watermarks, charts with fa
AgiBot’s G2 Max is reported to be handling inbound cartons at a JD Logistics goods-to-person warehouse. Published figures put its depalletizing rate at 80 cartons per hour and its palletizing rate at 75, with a reported success rate above 99%. 6
17 Those figures make the deployment notable, but the available reporting does not establish that the robot is operating around the clock or across multiple production lines.
The deployment centers on moving cartons from inbound pallets and stacking them for warehouse handling. One report gives a depalletizing rate of 80 boxes per hour and a success rate above 99%; another also reports 75 boxes per hour for palletizing. 6
17
The sources do not explain the measurement period or how “success” was defined. The rates should therefore be read as reported performance figures, not as independently verified, sustained output.
AgiBot launched the G2 Max on October 26, 2026, describing it as a safety-certified heavy-duty robot for depalletizing, material transport and production-line feeding. Its listed payload is 20 kg for one arm and 40 kg for both arms, with a 50 kg peak payload. The launch coverage also reports repeat-positioning accuracy of ±0.5 mm. 3
These specifications describe the robot’s stated capabilities; they do not, by themselves, confirm how it performs under every warehouse condition or what payload it handles during the reported carton tasks.
The available sources do not establish that G2 Max is operating continuously through the day and night, working across multiple production lines, or eliminating shift changes or night staffing. They also do not provide evidence for specific storage-efficiency gains, the number of robots operating simultaneously, or the claimed warehouse layout and clearance benefits.
Likewise, the supplied reporting does not substantiate the proposed connection between inbound handling and peak-season downstream storage and sorting, or specific JD Logistics commitments to share test sites, safety rules or maintenance standards with other robot makers. Social-media excerpts mention an earlier WAIC debut and planned JD Logistics use, but are not enough to confirm the full timeline or details of a joint presentation. 15
16
The clearest supported takeaway is narrower: G2 Max has been reported working on carton handling at JD Logistics, with headline throughput figures and payload specifications published—but the sources provided do not verify the broader claims of round-the-clock, multi-line operation.
Studio Global AI
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AgiBot’s G2 Max is reported to depalletize 80 cartons per hour and palletize 75, with success above 99% at a JD Logistics warehouse.
AgiBot’s G2 Max is reported to depalletize 80 cartons per hour and palletize 75, with success above 99% at a JD Logistics warehouse. The robot’s reported rated payload is 20 kg per arm and 40 kg across both arms, with a 50 kg peak payload.
AgiBot’s G2 Max is reported to depalletize 80 cartons per hour and palletize 75, with success above 99% at a JD Logistics warehouse. The robot’s reported rated payload is 20 kg per arm and 40 kg across both arms, with a 50 kg peak payload.
Published byEdited with GPT-6 LunaImages generated with GPT Image 2
Research answer

Create a landscape editorial hero image for this Studio Global article: How is AgiBot’s safety-rated, heavy-load G2 Max embodied robot being deployed across multiple production lines around the clock to unload in. Article summary: AgiBot’s G2 Max is reported to be handling inbound cartons in JD Logistics’ Smart Wolf goods-to-person warehouse, removing them from pallets and stacking them at reported rates of 80 and 75 cartons per hour, respectively. Topic tags: general, general web, user generated. Style: premium digital editorial illustration, source-backed research mood, clean composition, high detail, modern web publication hero. Use reference image context only for broad subject, composition, and topical grounding; do not copy the exact image. Avoid: logos, brand marks, copyrighted characters, real person likenesses, fake screenshots, UI text, readable text, watermarks, charts with fa
AgiBot’s G2 Max is reported to be handling inbound cartons at a JD Logistics goods-to-person warehouse. Published figures put its depalletizing rate at 80 cartons per hour and its palletizing rate at 75, with a reported success rate above 99%. 6
17 Those figures make the deployment notable, but the available reporting does not establish that the robot is operating around the clock or across multiple production lines.
The deployment centers on moving cartons from inbound pallets and stacking them for warehouse handling. One report gives a depalletizing rate of 80 boxes per hour and a success rate above 99%; another also reports 75 boxes per hour for palletizing. 6
17
The sources do not explain the measurement period or how “success” was defined. The rates should therefore be read as reported performance figures, not as independently verified, sustained output.
AgiBot launched the G2 Max on October 26, 2026, describing it as a safety-certified heavy-duty robot for depalletizing, material transport and production-line feeding. Its listed payload is 20 kg for one arm and 40 kg for both arms, with a 50 kg peak payload. The launch coverage also reports repeat-positioning accuracy of ±0.5 mm. 3
These specifications describe the robot’s stated capabilities; they do not, by themselves, confirm how it performs under every warehouse condition or what payload it handles during the reported carton tasks.
The available sources do not establish that G2 Max is operating continuously through the day and night, working across multiple production lines, or eliminating shift changes or night staffing. They also do not provide evidence for specific storage-efficiency gains, the number of robots operating simultaneously, or the claimed warehouse layout and clearance benefits.
Likewise, the supplied reporting does not substantiate the proposed connection between inbound handling and peak-season downstream storage and sorting, or specific JD Logistics commitments to share test sites, safety rules or maintenance standards with other robot makers. Social-media excerpts mention an earlier WAIC debut and planned JD Logistics use, but are not enough to confirm the full timeline or details of a joint presentation. 15
16
The clearest supported takeaway is narrower: G2 Max has been reported working on carton handling at JD Logistics, with headline throughput figures and payload specifications published—but the sources provided do not verify the broader claims of round-the-clock, multi-line operation.
Studio Global AI
This page includes a source-backed answer you can continue inside Studio Global.
AgiBot’s G2 Max is reported to depalletize 80 cartons per hour and palletize 75, with success above 99% at a JD Logistics warehouse.
AgiBot’s G2 Max is reported to depalletize 80 cartons per hour and palletize 75, with success above 99% at a JD Logistics warehouse. The robot’s reported rated payload is 20 kg per arm and 40 kg across both arms, with a 50 kg peak payload.