Scoop™
Scoop™ is a robotic trailer unloading system designed by Berkshire Grey for parcel, retail, eCommerce, and 3PL distribution centers facing high variability in inbound loads.
Publisher review
Scoop™ is a robotic trailer unloading system designed by Berkshire Grey for parcel, retail, eCommerce, and 3PL distribution centers facing high variability in inbound loads. It targets operations where unstructured trailer loads—mixed parcel sizes, collapsed walls, and floor-level piles—create bottlenecks. The system is engineered to handle these challenging conditions while improving dock productivity, a critical pain point in warehouse operations. Scheduled for deployment in 2026, Scoop addresses labor constraints and operational volatility at the trailer door, where traditional automation often fails.
The system uses a dual-mode approach combining bulk unloading and item induction to achieve high throughput rates. Unlike item-by-item systems, Scoop processes mixed loads simultaneously, handling soft-sided parcels (like polybags) and irregular shapes. It integrates into existing brownfield dock environments without requiring infrastructure overhauls. Safety features include controlled access and predictable behavior for human interaction, supporting a 1:5 operator-to-system ratio. These capabilities are backed by Berkshire Grey's decade of AI and robotics expertise in logistics automation.
Berkshire Grey positions Scoop as a leader in dock automation, a niche with limited robotic solutions. Competitors typically focus on structured loads or single-item handling, whereas Scoop is optimized for real-world variability. Its bulk unloading approach contrasts with systems like FedEx's (unaffiliated) automated unloaders, which prioritize speed over mixed-load adaptability. The system's 2026 launch timing aligns with growing demand for scalable, labor-efficient dock solutions amid warehouse labor shortages.
Trade-offs include the system's reliance on existing dock infrastructure, which may limit customization for specialized facilities. While it handles unstructured loads, extreme cases (e.g., fully collapsed walls) may require manual intervention. The dual-mode design increases complexity versus single-function unloaders, potentially affecting maintenance. Deployment timelines are a constraint, as production systems won't be available until 2026, delaying ROI for early adopters.
How it works
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Bulk unloading
Processes mixed parcel types simultaneously, achieving higher throughput than item-by-item systems.
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Unstructured load handling
Manages collapsed walls, floor piles, and soft-sided parcels like polybags.
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Dual-mode operation
Combines picking and induction for continuous flow, adapting to load variability.
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Brownfield integration
Deploys into existing dock setups without infrastructure modifications.
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Safety controls
Predictable behavior and access protocols enable safe human-robot interaction.
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Scalable operator ratio
Supports 1 operator per 5 systems, reducing labor dependency.
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High variability tolerance
Engineered for real-world conditions like mixed shapes and unstable loads.
Strengths and trade-offs
Strengths
- Handles unstructured loads 3–5× faster than manual unloading, per Berkshire Grey's throughput claims.
- Reduces labor dependency with a 1:5 operator-to-system ratio, addressing warehouse staffing shortages.
- Integrates with existing docks, avoiding costly brownfield retrofits required by some competitors.
- Processes polybags and irregular parcels, which many robotic unloaders cannot handle reliably.
Trade-offs
- Limited to deployment in 2026, delaying implementation for urgent automation needs.
- May require manual intervention for extreme cases like fully collapsed trailer walls.
- Dual-mode design increases mechanical complexity versus single-function unloaders.
- No public pricing data available, complicating ROI calculations for potential buyers.
Pricing context
Not publicly disclosed; expected to follow Berkshire Grey's enterprise pricing model.
Getting started with Scoop™
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Request demo
Contact Berkshire Grey to schedule a demonstration of Scoop's unloading capabilities for your facility.
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Assess dock compatibility
Evaluate your existing dock infrastructure to confirm it meets Scoop's brownfield integration requirements.
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Define operational parameters
Work with Berkshire Grey engineers to configure unloading modes and throughput targets for your specific use case.
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Train operators
Prepare staff for the 1:5 operator-to-system ratio by completing safety and monitoring procedures training.
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Schedule deployment
Coordinate with Berkshire Grey to plan your 2026 installation timeline and phased operational rollout.
Frequently Asked Questions
What is Scoop™?
Scoop™ is a robotic trailer unloading system designed by Berkshire Grey for distribution centers. It handles unstructured loads like mixed parcel sizes and collapsed walls, improving dock productivity. Scheduled for deployment in 2026, it addresses labor constraints and operational volatility in warehouse operations.
How does Scoop™ handle unstructured loads?
Scoop™ uses a dual-mode approach combining bulk unloading and item induction to process mixed loads simultaneously. It handles soft-sided parcels like polybags and irregular shapes, adapting to real-world variability. This contrasts with systems that focus on structured or single-item handling.
When will Scoop™ be available?
Scoop™ is scheduled for deployment in 2026. This timeline aligns with growing demand for scalable, labor-efficient dock solutions amid warehouse labor shortages. However, the delay may impact early adopters needing immediate automation solutions.
What are the benefits of Scoop™?
Scoop™ improves dock productivity by handling unstructured loads 3–5× faster than manual unloading. It reduces labor dependency with a 1:5 operator-to-system ratio and integrates into existing docks without costly retrofits. It also processes polybags and irregular parcels, which many robotic unloaders cannot handle.
What are the limitations of Scoop™?
Scoop™ may require manual intervention for extreme cases like fully collapsed trailer walls. Its dual-mode design increases mechanical complexity, potentially affecting maintenance. Deployment is limited to 2026, delaying implementation for urgent needs, and pricing details are not publicly disclosed.
Can Scoop™ integrate with existing dock setups?
Yes, Scoop™ integrates into existing brownfield dock environments without requiring infrastructure modifications. This feature avoids costly retrofits and makes it a practical solution for distribution centers looking to enhance automation without disrupting current operations.
Alternatives
How Scoop™ compares
Direct head-to-head against 2 competitors. Picked by 7wData.
Scoop™
- Pricing
- Not publicly disclosed; expected to follow Berkshire Grey's enterprise pricing model.
- Target
- Scoop™ is a robotic trailer unloading system designed by Berkshire Grey for parcel, retail, eCommerce, and 3PL distribution centers facing high variability in inbound loads.
- Strength
- Handles unstructured loads 3–5× faster than manual unloading, per Berkshire Grey's throughput claims.
- Watch for
- Limited to deployment in 2026, delaying implementation for urgent automation needs.
RightHand Robotics
- Pricing
- Custom/Contact sales
- Target
- Warehouse automation for picking
- Deployment
- On-premises
- Strength
- Adaptive grippers for diverse SKUs
- Watch for
- Complex setup and integration
GreyOrange
- Pricing
- Custom/Contact sales
- Target
- Warehouse automation for sorting
- Deployment
- On-premises
- Strength
- AI-driven sorting algorithms
- Watch for
- High upfront costs
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Sources
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