Question 1

What is the difference between an AGV and an AGC?

Accepted Answer

An AGV (automated guided vehicle) typically refers to a larger, purpose-built vehicle that tows or carries carts through the facility using a dedicated vehicle body with its own drive, navigation, and safety systems. An AGC (automated guided cart) is a smaller, self-propelled cart platform where the drive and navigation components are integrated directly into the cart base — eliminating the separate tow vehicle. AGC platforms like iGo, Creform, and Toyota's automated cart systems are designed for lighter loads and smaller footprints than traditional AGV systems, making them popular in assembly, kitting, and parts delivery applications.

Question 2

What AGC interface provisions are built into the T-slot cart frame?

Accepted Answer

AGC-compatible T-slot cart frames include tow pin or coupling provisions matched to the AGC platform specification, battery bay provisions for AGC drive modules that mount under or inside the cart frame, brake release cable routing for AGC platforms that use a cable-actuated brake, and floor guide rail clearance zones for magnetic or physical guide rail systems. All interface dimensions are taken from the AGC manufacturer's cart integration specification.

Question 3

Which AGC platforms is the T-slot cart frame compatible with?

Accepted Answer

Modular Solutions designs AGC-compatible cart frames to the interface specification of the AGC platform selected by the customer. Common platforms include iGo Neo and iGo Easy (Toyota Material Handling), Creform pipe-and-joint AGC systems, Toyota WMS automated guided carts, and other OEM-specific platforms. The cart design is based on the manufacturer's published cart specification — if the AGC platform publishes a specification, we can design to it.

Question 4

Can a cart frame be designed to work with both manual operation and AGC propulsion?

Accepted Answer

Yes. Most AGC platforms are designed for both manual and automated operation — the AGC drive unit can be removed and the cart pushed manually when the AGC is not in use or during maintenance. T-slot cart frames designed for AGC use include push handles for manual operation in addition to the AGC mounting provisions, so the cart functions as a conventional manual cart when needed and as an AGC cart when the drive module is installed.

Question 5

How is the cart-to-cart coupling handled in AGC train configurations?

Accepted Answer

For AGC systems that operate cart trains (multiple carts linked behind a single AGC drive unit), T-slot cart frames include tow pin hitch receivers at the front of each cart and draw bar coupling points at the rear. The coupling geometry — tow pin height, draw bar height, and horizontal play — is designed to the AGC manufacturer's specification for the cart train configuration and the floor conditions at the deployment facility. Coupling components are fabricated from structural steel and integrated into the T-slot frame.

Question 6

What floor clearance is required for AGC drive module integration?

Accepted Answer

Floor clearance requirements for AGC drive module integration vary by AGC platform. The AGC drive module typically mounts under the cart frame on a drop-down provision or at the base of the T-slot frame legs. The cart frame is designed with the floor clearance zone required by the AGC manufacturer for the drive module geometry, floor contact provisions, and guide sensor clearance. Floor conditions at the deployment facility — expansion joints, floor markings, and guide strip locations — are confirmed during the design phase to ensure the AGC drive module operates correctly in the deployed environment.

Question 7

How do I know if my application needs an AGV or an AGC?

Accepted Answer

AGC platforms are generally suited for loads up to approximately 1,500 lb, shorter-range delivery routes within a single production area, and facilities where floor space for a separate AGV is limited. AGV platforms are used for heavier loads, longer routes, and multi-floor or outdoor applications. The boundary between AGV and AGC capability varies by manufacturer — the most reliable way to determine the right platform for your application is to share the payload weight, route distance, cycle time requirement, and floor environment with both AGV and AGC vendors and compare their recommendations.

Question 8

Is there a minimum order quantity for AGC-compatible cart frames?

Accepted Answer

No. Modular Solutions builds single prototype carts through full fleet orders. A single prototype is recommended before committing to a fleet order to allow AGC fit check, load testing, and operator validation. The prototype drawing is retained and used for the production fleet order without re-engineering cost.

Question 9

What documentation is provided with AGC-compatible cart frames?

Accepted Answer

AGC-compatible cart frames are delivered with a full dimensional drawing including the AGC interface geometry, tow pin and coupling coordinates, battery bay dimensions, floor clearance details, loaded and unloaded weight, and caster specification. Documentation is formatted for sharing with the AGC manufacturer for fleet commissioning review and is included with cart delivery at no additional charge.

Question 10

Can the cart frame be modified after the AGC system is already running?

Accepted Answer

Yes. T-slot aluminum cart frames can be modified in the field or at Modular Solutions by replacing or adding T-slot profiles, brackets, deck panels, and accessories. Modifications to the AGC interface provisions — tow pin, battery bay, brake routing — require careful coordination with the AGC manufacturer to confirm that the modified cart geometry remains compatible with the vehicle. Modular Solutions provides updated drawings for any cart modification to maintain the documentation record for the fleet.

Question 11

How are AGC-compatible carts maintained in the field?

Accepted Answer

T-slot aluminum AGC cart frames are field-maintainable without welding. Damaged profiles, brackets, and casters are replaced as individual components using standard hex keys and T-slot hardware. AGC interface components — tow pin inserts, coupling hardware, battery bay brackets — are fabricated from steel and are replaceable as bolt-in components. Modular Solutions provides a recommended spare parts list with each fleet order for on-site inventory planning.

Question 12

What is the typical lead time for AGC-compatible cart frames?

Accepted Answer

Lead time for AGC-compatible cart frames is typically 4 to 7 weeks from approved design for single or small quantity orders. Fleet orders of 10 or more carts are typically delivered in 6 to 10 weeks with phased delivery available. If AGC manufacturer drawing approval is required before fabrication release, the total schedule should include the AGC vendor review cycle when planning the project timeline.

Question 13

Can AGC carts interface with conveyor lines at load and unload stations?

Accepted Answer

Yes. AGC-compatible cart frames can incorporate conveyor decks — roller, belt, or chain — that allow the cart to receive or deliver parts automatically when the AGC positions the cart at a conveyor station. The conveyor deck height and drive type are designed to match the production line conveyor specification. The AGC drive module positions the cart at the transfer station, and the cart conveyor deck handles the load transfer without operator involvement — creating a fully automated loop from source to destination and back.

Question 14

Are AGC-compatible cart frames available with anti-static or ESD provisions?

Accepted Answer

Yes. T-slot aluminum cart frames can be equipped with ESD deck surfaces, grounding straps, and conductive casters for use in static-sensitive production environments such as electronics assembly and EV battery manufacturing. ESD provisions are designed into the cart as an integrated system — the deck, frame, casters, and operator interface are all part of the ESD protection path. ESD resistance values are tested and documented as part of the cart acceptance process for ESD-sensitive deployments.

Question 15

What surface coatings are available for AGC cart frames used in food or pharmaceutical environments?

Accepted Answer

For food processing and pharmaceutical applications, T-slot aluminum cart frames are available with anodized aluminum profiles, stainless steel fasteners and coupling hardware, FDA-compliant deck surfaces (HDPE, stainless sheet, or anodized aluminum), and washdown-rated wheel bearings. Profile cleaning access is designed into the cart layout to prevent product accumulation in T-slot channels. These provisions satisfy the cleaning and material contact requirements typical of food and pharma material handling carts.

Question 16

How do AGC-compatible carts integrate with plant WMS or MES systems?

Accepted Answer

AGC system control platforms — including the WMS/MES integration layer — are typically provided by the AGC manufacturer. The cart frame itself does not require direct WMS integration; the AGC drive module and its control system handle route assignment, delivery confirmation, and system communication. If additional cart-level data capture is required — such as part tracking via RFID or barcode — sensor and electronics provisions can be incorporated into the T-slot cart frame as described in our sensor-integrated smart cart configuration.

Question 17

What is the process for getting a quote on an AGC-compatible cart frame?

Accepted Answer

Share your AGC platform specification (manufacturer, model, and cart interface document), payload description (parts, containers, or fixtures with weights), route information (source and destination stations), and any special requirements for the production environment. Modular Solutions will review the specification, design the cart frame to the AGC interface requirements, and provide a drawing and quotation for your review typically within 5 business days. Contact us through the website or call 248-625-1864 to start the process.

Question 18

Can AGC-compatible cart frames be ordered in standard configurations or are they all custom?

Accepted Answer

Most AGC-compatible cart frames require custom design because the AGC interface geometry is specific to the vehicle platform and the payload dimensions vary by application. Modular Solutions does not offer a catalog of standard AGC cart frames — each project is designed to the specific AGC platform and payload requirement. However, customers with repeat orders for the same cart design benefit from design reuse — the drawing from a previous project is used directly for reorder quantities without re-engineering cost.

Question 19

What load capacities are available for AGC-compatible T-slot cart frames?

Accepted Answer

T-slot aluminum AGC-compatible cart frames are designed for loads from 100 lb to approximately 1,500 lb depending on the AGC platform capacity, frame profile size, and deck configuration. AGC platform payload limits are typically lower than AGV limits — the cart frame is designed to match the AGC platform's rated payload, not to exceed it. If load requirements exceed the AGC platform limit, the project is reviewed with both the customer and the AGC manufacturer to determine whether a different AGC model or a transition to an AGV platform is appropriate.

Question 20

Can the cart be equipped with a locator or RFID tag for fleet tracking?

Accepted Answer

Yes. RFID tags, BLE (Bluetooth Low Energy) beacon modules, or passive NFC tags can be integrated into the cart frame for individual cart identification and fleet tracking independent of the AGC drive module. Cart-level tracking is used for maintenance scheduling (tracking cycles per cart), usage analytics, and locating specific carts in a large facility. Tag and beacon locations are designed into the cart frame rather than taped on, ensuring reliable read at designated scan points throughout the facility.

Question 21

Are there safety standards specific to AGC cart design?

Accepted Answer

ANSI/ITSDF B56.5 covers automated functions of manned industrial vehicles and driverless automatic guided industrial vehicles, and is the applicable U.S. standard for AGC systems. The cart frame contributes to system safety through load retention design, clear visibility markings, and interface geometry compliance with the AGC manufacturer's safety specification. AGC platform safety — including obstacle detection, emergency stop, and speed control — is the responsibility of the AGC drive module and its control system, not the cart frame.

Question 22

How are operator comfort and ergonomics addressed in AGC cart design?

Accepted Answer

For AGC carts that also operate in manual push mode, ergonomic handle height (typically 38 to 42 inches from the floor for standing push), comfortable grip diameter, and push effort within NIOSH manual material handling guidelines are designed into the cart frame. For carts that load parts at the cart, deck height is designed for comfortable reach — avoiding bending or overhead reach for the load weights and frequencies specified. Ergonomic requirements are reviewed as part of the cart design brief before design is started.

Question 23

What makes T-slot aluminum a good choice for AGC cart frames compared to welded steel?

Accepted Answer

T-slot aluminum AGC cart frames are lighter than steel — reducing the payload fraction consumed by the cart tare weight and staying within AGC platform payload limits more easily. The T-slot architecture allows deck height, shelf position, and accessory locations to be adjusted during the design phase and after deployment without re-fabrication. Field repair of damaged sections is possible without welding equipment. For ESD-sensitive environments, aluminum does not require paint that can chip and create contamination, and the anodized surface is more durable than painted steel in daily production cart service.

Question 24

Can Modular Solutions provide multiple cart variants for different payload types on the same AGC platform?

Accepted Answer

Yes. When a facility uses a single AGC platform for multiple payload types — for example, tote delivery, component delivery, and empty return — Modular Solutions designs each cart variant to the same AGC interface specification with different deck configurations for each payload type. All variants share the same AGC coupling geometry so they can be used interchangeably with the same AGC drive units, simplifying fleet management and reducing AGC programming complexity for the production team.

Question 25

Does Modular Solutions offer installation support for AGC cart fleets?

Accepted Answer

Modular Solutions provides assembled and tested cart frames with complete documentation. On-site commissioning support — AGC drive module installation, route programming, and initial system startup — is typically provided by the AGC manufacturer or system integrator. We coordinate with the AGC integrator during the design phase to ensure that all interface requirements are captured in the cart design, reducing commissioning issues when the fleet is installed in the facility. If on-site dimensional verification or cart adjustment is required, our team can support those activities at the customer's facility.

Question 26

How are repeat orders for a running AGC fleet handled?

Accepted Answer

Repeat orders are placed directly against the existing cart design drawing. Because T-slot cart frames are fully documented, additional carts can be fabricated to the same specification as the original fleet without re-engineering. Customers with ongoing fleet expansion programs establish a blanket purchase order with scheduled release quantities to simplify reorder and ensure consistent delivery timing for the plant operations team.

Question 27

What warranty is provided on AGC-compatible cart frames?

Accepted Answer

Modular Solutions provides a one-year warranty on materials and workmanship for AGC-compatible cart frames covering defects in fabrication and assembly. Warranty does not cover wear components (casters, deck surfaces), damage from overloading beyond the rated capacity, or damage from AGC system incidents. Replacement parts and repair service are available after the warranty period at current pricing, and T-slot components are stocked for the life of the design to support long-running fleets.

Question 28

Can I provide my own design or drawing for the cart and have Modular Solutions fabricate it?

Accepted Answer

Yes. Modular Solutions can fabricate T-slot aluminum cart frames from customer-supplied drawings if the design uses standard T-slot profiles and hardware. We review the customer drawing for T-slot profile compatibility, hardware selection, and fabrication feasibility before quoting, and recommend modifications if any aspects of the design require adjustment for reliable production fabrication. Customers who supply their own design retain full ownership of the design IP — we fabricate to the drawing without claiming rights to the design.

Question 29

How do I specify the right T-slot profile size for my AGC cart application?

Accepted Answer

T-slot profile size selection depends on the span between supports, the distributed load on each frame member, and the point load at the AGC coupling interface. For most AGC cart loads below 500 lb, 45 Series T-slot profiles are sufficient for standard deck spans. For heavier loads (500 lb to 1,500 lb) or wide deck spans, 90 Series profiles provide the required stiffness and load capacity. Modular Solutions performs a structural sizing review for every cart project as part of the design phase — you do not need to specify the profile size; we select it based on your payload and geometry requirements.

Question 30

Can AGC-compatible cart frames be leased instead of purchased?

Accepted Answer

Modular Solutions does not currently offer leasing for individual cart frames. Carts are sold outright with full design documentation provided to the customer. For customers evaluating AGC systems, a single prototype cart can be fabricated and returned for credit toward the production fleet order if the evaluation is not successful. Contact our team at 248-625-1864 to discuss evaluation program options for specific projects.

Question 31

What quality control steps are performed on AGC cart frames before shipping?

Accepted Answer

Each AGC-compatible cart frame is inspected against the approved drawing before shipping. Inspection covers overall cart dimensions, AGC interface geometry (tow pin height, coupling point position), loaded height at specified load, caster function and lock engagement, and any integrated electronics or sensor provisions. A dimensional inspection report is included with each cart shipment and is retained on file at Modular Solutions for fleet maintenance reference. Deviations identified during inspection are corrected before the cart is released for shipment.

Question 32

What happens if the AGC manufacturer updates their cart specification after my fleet is built?

Accepted Answer

If the AGC manufacturer updates the cart interface specification after a fleet is built, Modular Solutions can review the updated specification and assess whether the existing fleet carts require modification to remain compatible with the updated AGC control software or hardware. If modifications are required, we design and supply the retrofit hardware with installation instructions. This situation is uncommon for deployed fleets — AGC manufacturers typically maintain backward compatibility with existing cart interfaces when updating their platform specifications.

Question 33

Can Modular Solutions help with cart routing and layout planning for our AGC system?

Accepted Answer

Cart design is our primary service — AGV and AGC route planning and system layout is typically performed by the AGC manufacturer's system integration team. We can review cart delivery requirements from a facility layout drawing during the cart design phase to ensure that the cart dimensions, caster turning radius, and aisle clearance requirements are compatible with the planned AGC routes. If a route or layout concern is identified during this review, we coordinate it with your AGC integrator before fabrication.

Question 34

What is the difference between an AGC-compatible cart and a standard cart with wheels?

Accepted Answer

A standard manually pushed cart has conventional push handles, swivel and rigid casters, and no provisions for automated vehicle interface. An AGC-compatible cart includes the coupling interface geometry required by the AGC platform (tow pin, battery mount, brake interface), casters selected for AGC travel dynamics, load retention features for AGC acceleration forces, navigation target provisions, and documentation matched to the AGC manufacturer's fleet commissioning requirements. The same cart frame can usually be used manually, but the additional design provisions ensure reliable operation when the AGC drive module is installed and the cart is in automated service.

Question 35

How many AGC-compatible carts can Modular Solutions produce in a year?

Accepted Answer

Modular Solutions designs and fabricates T-slot aluminum cart systems as a primary business focus. Annual production capacity for AGC-compatible cart frames supports fleet orders of several hundred units per year with phased delivery scheduling. If your fleet order volume exceeds our standard capacity, we discuss schedule and delivery options with you before accepting the order — we do not commit to delivery dates we cannot meet. Contact our team at 248-625-1864 or through the website to discuss your fleet volume and schedule requirements.

Question 36

Are AGC-compatible cart frames available pre-assembled or in kit form?

Accepted Answer

Modular Solutions ships AGC-compatible cart frames fully assembled, inspected, and ready for AGC drive module installation. Fully assembled shipping is standard because the AGC interface geometry requires assembly verification before the cart is used in service. Kit form is available for remote or international shipments where shipping cost or customs classification is a factor — we provide detailed assembly drawings and hardware identification to support customer assembly of kit-form carts at the destination facility.

Question 37

Can I visit Modular Solutions to review a cart prototype before placing a fleet order?

Accepted Answer

Yes. Modular Solutions welcomes customer visits to our facility at 4280 Giddings Rd, Auburn Hills, MI 48326 for prototype review, design discussion, and production verification. Visits can be scheduled through our engineering team by calling 248-625-1864 or using the website contact form. Prototype review visits are recommended before fleet orders to allow physical fit check with AGC hardware and ergonomic validation by the operators who will use the carts in production.

Question 38

How do Modular Solutions' AGC cart frames compare to carts supplied by the AGC manufacturer?

Accepted Answer

AGC manufacturers typically supply a limited range of standard cart configurations designed for general-purpose material delivery. Modular Solutions designs AGC-compatible cart frames to the specific payload, deck geometry, and interface requirements of each customer's application — providing deck configurations, shelf layouts, ergonomic access features, and special provisions that standard AGC manufacturer carts do not offer. Our carts are designed to the same AGC interface specification as the manufacturer's standard carts, so they are fully compatible with the AGC system while providing application-specific features that improve productivity and operator ergonomics.

Question 39

What is the maximum cart height for AGC systems?

Accepted Answer

Maximum cart height for AGC systems is limited by the stability of the loaded cart at the AGC platform's travel speed and turning radius. Most AGC manufacturers specify a maximum loaded CoG height-to-wheelbase ratio for stable cart operation. Modular Solutions calculates the loaded CoG height for the specified payload and deck configuration and confirms that it is within the AGC manufacturer's stability limit before finalizing the cart design. Cart height is also constrained by aisle clearance and work station overhead clearance requirements at the deployment facility.

Question 40

Can AGC cart frames be used outdoors or in harsh weather environments?

Accepted Answer

Standard T-slot aluminum cart frames with mill finish profiles are suitable for indoor production environments with normal humidity and temperature ranges. For outdoor use or harsh weather environments, cart frames are specified with sealed caster bearings, stainless steel fasteners, anodized or powder-coated profiles for corrosion resistance, and IP67-rated enclosures for any integrated electronics. Most AGC platforms are designed for indoor use — outdoor AGC deployment should be confirmed with the AGC manufacturer before specifying outdoor cart provisions.

Question 41

What AGC platforms have you built cart frames for?

Accepted Answer

Modular Solutions has designed AGC-compatible cart frames for customers deploying iGo Neo and iGo Easy systems (Toyota Material Handling), Creform pipe-and-joint AGC configurations, and OEM-specific AGC platforms used in automotive assembly and EV manufacturing facilities. We build to the published specification of the AGC platform selected by the customer — if the AGC manufacturer provides a cart interface specification, we can design a T-slot cart frame compatible with that platform. Reach out to our engineering team with your AGC platform specification to confirm compatibility before starting the design phase.

Question 42

Do AGC-compatible cart frames require CE marking for European deployment?

Accepted Answer

CE marking requirements for AGC-compatible cart frames in the European Union depend on the cart classification under the EU Machinery Directive. Cart frames without integrated drives, motors, or automated functions are typically classified as non-powered equipment not subject to the Machinery Directive CE marking requirement. For cart frames with integrated powered decks, sensors, or other active components, a CE marking assessment is required. Modular Solutions can support CE marking documentation for cart frames shipped to EU-based customers when required — please specify CE marking requirements at the start of the project.

Question 43

What is the process for replacing a damaged cart in a running fleet?

Accepted Answer

For a damaged cart in a running AGC fleet, the cart is removed from service and assessed for repairability. T-slot frames with isolated profile or bracket damage are repaired by replacing the damaged components at Modular Solutions or at the customer's facility using replacement parts from our parts stock. For carts with extensive damage or severe coupling interface distortion, a replacement cart is fabricated from the original design drawing and delivered to replace the damaged unit in the fleet. Typical replacement cart lead time is 2 to 4 weeks from order placement for single-cart replacement orders.

Specification	Detail
Frame Profile	45 or 90 Series T-slot aluminum; steel-insert coupling hardware
AGC Platforms	iGo Neo, iGo Easy (Toyota), Creform, Toyota WMS AGC, and other OEM platforms
Interface Types	Tow pin receiver, battery deck mount, brake cable routing, cart-to-cart draw bar
Payload Capacity	100 lb to 1,500 lb; matched to AGC platform rated payload
Caster Configuration	All-swivel for AGC train; rigid and swivel combinations; total-lock available
ESD Options	Conductive deck surface, grounding strap, ESD casters; tested to ANSI/ESD S20.20
Documentation	Full dimensional drawing, coupling geometry, CoG, weight data for commissioning
Lead Time	4 to 7 weeks standard; fleet orders 6 to 10 weeks with phased delivery

AGC-Compatible Cart Frames

Why Choose Modular Solutions for AGC-Compatible Cart Frames?

Designed to AGC Platform Specification

Tow Pin, Battery Bay, and Brake Interface

Cart-to-Cart Coupling for AGC Trains

Floor Guide Rail Clearance

Dual Manual and AGC Operation

Commissioning Documentation Package

Key Features & Benefits

Steel-Insert Coupling Hardware

Internal T-Slot Cable Routing

Load Retention for AGC Dynamics

ESD Provisions for Electronics Assembly

Reflective Safety Marking

Field-Repairable Construction

Common Applications

Specifications & Configurations

Frequently Asked Questions

Ready to Engineer Your AGC Cart System?