AC Infinity CLOUDLAB 811 | Advance Grow Tent 10x10 | 2000D Diamond Mylar Canvas | 120" x 120" x 80"

Precision Control in Any Space

Every uncontrolled variable inside a cultivation enclosure is a compounding liability. Light leaks during dark cycles disrupt photoperiod integrity and introduce stress responses that degrade output consistency. Undersized or under-rated poles flex under combined equipment loads, creating structural instability that threatens lighting rigs, fans, and carbon filtration systems worth multiples of the enclosure itself. Zippers that fail to seal — or that require constant manual adjustment to maintain closure — become recurring labor costs and environmental breach points. Duct ports without cinching mechanisms allow conditioned air to escape and ambient air to infiltrate, forcing HVAC systems to work against the enclosure rather than with it. These are not edge-case failures. They are the predictable result of deploying enclosures that were not engineered to the load, seal, and integration requirements of a production environment.

After deployment of the CLOUDLAB 811, the operational picture changes materially. The enclosure holds its seal across the full 100 sq ft footprint without manual intervention. Controllers for lighting, ventilation, and humidity mount directly to the integrated steel controller plate, eliminating cable management improvisation and keeping all automation hardware secured and accessible. Duct routing is clean and sealed through double-cinched ports, so conditioned air stays where it belongs. The atmospheric environment inside the tent becomes a managed variable — not a source of variance — and the operator's attention shifts from troubleshooting containment failures to executing the production schedule.

The structural and material specifications of the CLOUDLAB 811 are what make that operational outcome achievable. The outer shell is constructed from 2000D Oxford canvas with a 500G light-proof layer, rated 100% external lightproof to eliminate photoperiod contamination. The interior is lined with reengineered diamond-pattern Mylar, lab-tested using an Agilent UV-Vis-NIR Spectrophotometer for maximum light reflectivity — meaning every photon produced by the lighting system is redirected toward the canopy rather than absorbed by the enclosure walls. The steel frame uses 22mm diameter poles rated to carry 250 lbs of suspended equipment at the beam level, with a series-level frame rating of up to 300 lbs, supported by 22 Frame Poles A, 9 Frame Poles B, 9 Frame Poles C, and a full complement of typed connectors. Duct access is provided by 8 four-inch ports, 4 eight-inch ports, and 6 ten-inch ports, with double-cinching on all sides for airtight routing of flexible ducting. High-performance SBS zippers with front flap overlap provide the primary and secondary seal at every access point. In practical terms, the CLOUDLAB 811 delivers a fully sealed, controller-ready 118.11" x 118.11" x 78.74" cultivation environment with 22mm steel structural members and a 250 lb beam load rating across a 100 sq ft operational footprint.

Where This Belongs (and Doesn't)

The CLOUDLAB 811 is a sealed cultivation enclosure, not a substitute for permanent HVAC infrastructure, electrical panel work, or structural building modifications. All electrical connections to controllers, lighting, and ventilation equipment must be performed in accordance with applicable local codes. Duct connections to external HVAC or inline fan systems should be evaluated by a qualified technician for load and airflow compatibility.

How It Works

The CLOUDLAB 811 operates as a closed atmospheric cortex — a structurally rigid, optically sealed enclosure that gives every piece of equipment inside it a stable, controlled operating environment. The outer shell is 2000D Oxford canvas with a 500G light-proof layer, providing 100% external light exclusion. The interior surface is diamond-pattern Mylar, lab-verified via Agilent UV-Vis-NIR Spectrophotometry for maximum reflectivity, ensuring that photon output from lighting fixtures is redirected toward the canopy rather than lost to wall absorption. The combined effect is a closed optical system where light energy is retained and distributed, not dissipated.

The structural frame is assembled from 22mm diameter steel poles — 22 Frame Poles A, 9 Frame Poles B, and 9 Frame Poles C — connected by 8 D1 connectors, 3 D2 connectors, 6 D3 connectors, and 1 D4 connector, with 8 Roof Bars E and 8 Roof Bars F completing the overhead grid. This overhead grid is rated to carry 250 lbs of suspended equipment at the beam level (series-level frame rating: up to 300 lbs), accommodating high-wattage lighting fixtures, inline fans, carbon filters, and ancillary equipment simultaneously. The 16 total hanging bars — 8 standard, 8 extra — provide distributed attachment points across the full overhead plane, preventing load concentration at single nodes.

Atmospheric control integration is handled through a dedicated steel controller mounting plate with a lightproof cable passthrough, designed to accept both AC Infinity and third-party controllers without requiring external cable routing that would compromise the enclosure seal. Duct access is provided by 8 four-inch ports, 4 eight-inch ports, and 6 ten-inch ports, all with double-cinching mechanisms that secure flexible ducting and maintain an airtight seal around the duct perimeter. Rear and side intake holes (5.90" x 13.77" / 15.0 x 35.0 cm each) provide passive intake routing options. The viewing window (13.77" x 39.37" / 35.0 x 100.0 cm) allows interior observation without breaking the environmental seal, operated by SBS zippers with front flap overlap as a secondary light barrier. The reflective waterproof spill tray (1-2 units per configuration) captures water, growing media, and debris at the floor level, preventing contamination of the surrounding facility floor. In practical terms, the CLOUDLAB 811 delivers a fully integrated atmospheric enclosure across 118.11" x 118.11" x 78.74" with 22mm steel structural members, 18 duct ports across three sizes, and a dedicated controller integration plate — all within a 100 sq ft sealed footprint.

Commercial Assurance

Cannafull Spectrum Solutions supplies the CLOUDLAB 811 as a factory-authorized dealer. Every unit is sourced through the authorized AC Infinity distribution channel and ships with the manufacturer's original documentation and hardware complement.

• Warranty: Warranty terms are governed by AC Infinity's current manufacturer policy. Contact Cannafull Spectrum Solutions at the address below or visit cannafullspec.com for current warranty documentation applicable to this SKU.
• Authorized Channel: Purchased through Cannafull Spectrum Solutions, an authorized AC Infinity dealer. Manufacturer warranty eligibility is maintained.
• Technical Support: Pre-sale configuration questions and post-sale technical support are available through Cannafull Spectrum Solutions. Contact details in the Shipping and Logistics section below.
• UPC: 819137021877 | SKU: AC-CBA811

System Integration

• Controller Ecosystem: The integrated steel controller mounting plate with lightproof cable passthrough accepts AC Infinity UIS-compatible controllers and third-party units, enabling centralized atmospheric automation without external cable routing that compromises the enclosure seal.
• Ventilation and HVAC Routing: 18 total duct ports across three sizes (8x 4-inch, 4x 8-inch, 6x 10-inch) with double-cinching mechanisms accommodate inline fans, carbon filters, humidifiers, heaters, and A/C units simultaneously, with independent sealing at each port.
• Lighting Infrastructure: The 22mm steel overhead grid with 16 hanging bars (8 standard, 8 extra) and a 250 lb beam load rating supports high-wattage fixture arrays, supplemental lighting bars, and ancillary overhead equipment without structural compromise.
• Optical System: Lab-verified diamond Mylar interior maximizes photon retention from any lighting system deployed inside the enclosure, making reflectivity a fixed, measurable variable rather than an unknown.
• Floor-Level Containment: The reflective waterproof spill tray (1-2 units) integrates with the enclosure floor to contain irrigation runoff, growing media, and debris, protecting the surrounding facility floor and simplifying post-cycle cleanup.

Facility Integration Data

The following table models operational footprint and structural load parameters for multi-unit CLOUDLAB 811 deployments, providing facility planners with the data needed to evaluate floor space allocation, overhead load distribution, and duct routing requirements at scale.

Fleet calculations based on per-unit specifications: 100 sq ft footprint, 250 lb beam capacity, 18 duct ports, 25 plant sites per enclosure. Beam capacity figures reflect SKU-specific 250 lb rating. Series-level frame rating is up to 300 lbs. Actual facility layout will require aisle clearance, HVAC routing space, and electrical access corridors not reflected in raw footprint totals.

Operator Field Notes

• Zipper Maintenance: SBS zippers perform at rated specification when kept clean and free of growing media debris. Wipe zipper tracks with a dry cloth after each access cycle in high-particulate environments. Front flap overlap provides a secondary seal — engage it consistently to maintain photoperiod integrity.
• Pole Assembly Torque: 22mm steel poles should be seated fully into connectors before applying equipment load. Partial seating under load is the primary cause of frame deflection in field deployments. Verify all connector engagements before hanging equipment.
• Duct Port Cinching: Double-cinch all active duct ports to the ducting perimeter, not just to the port collar. A single-cinch on the collar alone will not maintain an airtight seal under positive or negative pressure differentials generated by inline fans.
• Controller Plate Cable Management: Route all controller cables through the lightproof passthrough before final controller mounting. Retrofitting cable routing after the controller is mounted to the plate requires partial disassembly and adds unnecessary labor time.
• Spill Tray Positioning: Position the spill tray before assembling the frame over it. Attempting to insert the tray after frame assembly in the 10x10 footprint requires partial disassembly of the lower frame tier.
• Mylar Surface Integrity: Avoid contact with sharp tools or abrasive materials on the interior Mylar surface. Surface damage reduces reflectivity in the affected area and cannot be field-repaired to lab-verified specification.

Operator FAQ

Shipping and Logistics

• Shipping Territory: Cannafull Spectrum Solutions ships within the contiguous 48 United States only. Orders to Alaska, Hawaii, U.S. territories, or international destinations cannot be fulfilled through this channel.
• Freight and Handling: The CLOUDLAB 811 ships as a large-format package. Delivery method, carrier selection, and estimated transit times will be confirmed at checkout. Inspect packaging for visible damage before signing for delivery. Note any damage on the carrier receipt before the driver departs.
• Returns: Returns are subject to Cannafull Spectrum Solutions' Return Policy. Defective units are handled under the manufacturer warranty process. Non-defective returns must be in original, unassembled condition with all original hardware and documentation included. Review full terms at cannafullspec.com/pages/return-policy before ordering.
• Restocking Fee: Returns of non-defective items are subject to a restocking fee of up to 25% per our Return Policy. Review full terms at cannafullspec.com/pages/return-policy before ordering.
• Contact: For pre-sale configuration questions, order status, or post-sale support: cannafullspec.com | support@cannafullspec.com

What's in the Box

The following items are confirmed in the CLOUDLAB 811 package based on manufacturer source data for SKU AC-CBA811:

• Frame Poles A — 22 pcs
• Frame Poles B — 9 pcs
• Frame Poles C — 9 pcs
• Frame Connectors D1 — 8 pcs
• Frame Connectors D2 — 3 pcs
• Frame Connectors D3 — 6 pcs
• Frame Connectors D4 — 1 pc
• Roof Bars E — 8 pcs
• Roof Bars F — 8 pcs
• Controller Plate — 2 pcs
• Spill Tray — 1-2 pcs (per source specification)
• Filter Straps — 4 pcs
• Controller Adhesive — 12 pcs
• Controller Screws — 8 pcs
• Wall Screws — 8 pcs
• Cable Ties — 4 pcs
• Tent body (2000D Oxford outer / diamond Mylar inner)
• Detachable tool bag

Package contents are based on manufacturer source data for SKU AC-CBA811. Cannafull Spectrum Solutions does not modify, repack, or substitute any included components. If any item is missing or damaged upon receipt, contact AC Infinity support directly or reach Cannafull Spectrum Solutions at cannafullspec.com. Do not discard original packaging until all components have been verified against this list.

Regional Compliance and Deployment Notes

• Jurisdiction: The CLOUDLAB 811 is available for sale and shipment within the contiguous 48 United States. Cannafull Spectrum Solutions does not ship to Canadian provinces or international destinations.
• Electrical Compliance: All electrical connections to lighting, ventilation, and control equipment installed within or connected to the CLOUDLAB 811 must comply with the National Electrical Code (NEC) and applicable state and local electrical codes. Cannafull Spectrum Solutions does not provide electrical installation services.
• State Cannabis Licensing: The CLOUDLAB 811 is cultivation infrastructure. Its purchase and use are subject to the cultivation licensing requirements of the state in which it is deployed. Operators are responsible for verifying that their facility configuration complies with applicable state cannabis cultivation regulations, canopy limits, and facility inspection standards.
• Building and Fire Code: Deployment of multiple enclosure units in a shared facility space may trigger local building code requirements related to egress, fire suppression, and electrical load. Operators deploying multi-unit configurations should consult with a licensed contractor or facility compliance officer before installation.
• Product Standards: The CLOUDLAB 811 is manufactured by AC Infinity. Compliance certifications, if any, are issued by AC Infinity and are documented in the manufacturer's product literature. Contact AC Infinity or Cannafull Spectrum Solutions for current certification documentation applicable to this SKU.