How long does a typical warehouse robotics retrofit take?

The timeline varies significantly based on project scope, but a typical phased retrofit can range from 6 to 18 months. This includes the initial audit, planning, infrastructure work, and phased deployment of the automation. A detailed master plan is key to establishing a realistic timeline.

Can we keep our warehouse operational during the retrofit?

Yes. A core goal of a well-managed retrofit is to minimize or eliminate operational downtime. By using a phased implementation strategy, we can section off work areas and schedule major disruptive work (like floor grinding) during off-hours or weekends to ensure your business continues to run.

What is the most common mistake companies make when retrofitting for robotics?

The most common mistake is underestimating the importance of foundational infrastructure. Many companies focus solely on the robotics technology itself and fail to properly budget for or plan the necessary floor flatness, power upgrades, and robust Wi-Fi network. These elements are not optional; they are critical for system performance and reliability.

What kind of ROI can I expect from a robotics retrofit?

Return on investment depends on the specific technology and application, but it's often compelling. Common outcomes include a 2-4x increase in picking productivity, a 30-50% reduction in direct labor costs for the automated process, accuracy improvements to 99.9%+, and enhanced safety. Payback periods typically fall within 2 to 4 years.

Do I need to replace my entire racking system to accommodate robots?

Not always. In some cases, especially with certain types of AMRs, existing racking can be used with minor or no modifications. However, for G2P systems or to maximize density, a new or reconfigured racking solution is often required. An expert assessment from a partner like MTLI is crucial to determine the most cost-effective and efficient path forward.

Warehouse Robotics Retrofit: Challenges & Solutions | MTLI

Integrating advanced robotics into a legacy facility presents unique challenges. Discover the practical solutions for a successful warehouse robotics retrofit, from infrastructure upgrades to system integration, and learn how to maximize your ROI without building from scratch.

**Maximize Existing Assets:** Leverage a facility that is already strategically located for your distribution network.
**Reduce Capital Expenditure:** Avoid the massive costs associated with land purchase and ground-up construction.
**Accelerate Deployment:** Get automation up and running in a fraction of the time it takes to build a new DC.
**Minimize Disruption:** A well-planned, phased retrofit can be executed while your core operations continue to run.

**Floor Flatness & Quality:** AMRs and high-speed shuttles require exceptionally flat and smooth floors (defined by F-min, FF/FL numbers). Cracks, uneven joints, or a deteriorating surface can cause navigation errors, premature wear on robots, and even complete system failure.
**Power & Data Connectivity:** Robotics fleets and their control systems are power-hungry and data-intensive. Older facilities often lack sufficient electrical capacity and distribution. More critically, inconsistent Wi-Fi coverage creates dead zones where robots can lose connection and stop, grinding productivity to a halt.
**Structural Layout:** Column spacing, ceiling heights, and fixed aisle widths designed for manual picking or forklifts may not be suitable for the optimal flow of robotic systems. This can limit the type of automation you can deploy and constrain its efficiency.

**Floor Remediation:** This can involve diamond grinding and polishing existing concrete to achieve the required flatness, applying specialized epoxy coatings, or repairing joints and cracks.
**Power & Network Fortification:** A thorough electrical audit will determine the need for new panels, transformers, and dedicated circuits. A wireless site survey is essential for designing and deploying an enterprise-grade mesh Wi-Fi network that guarantees 100% coverage in the robotic operational area.
**Structural & Layout Modifications:** Sometimes, the best solution involves reconfiguring your space. As a full-service general contractor, MTLI can manage layout changes, move or modify non-load-bearing walls, and ensure the physical environment is optimized for robotic workflows.

Retrofitting Warehouses for Robotics

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