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Choosing a strawberry tunnel: from crop plan to complete specification

A tunnel affects climate, working access and the equipment it can support. Use this guide to compare structures, define ventilation and prepare a specification that fits your strawberry production plan.

Mechanised roof ventilation inside a tunnel
Technology photograph. Ventilation options affect operation, crop access and the final layout.

What this guide helps you decide

  • Turn a harvest objective into a design brief.
  • Identify structural and growing-system interfaces.
  • Compare quotations on the same scope.
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Define the harvest objective

Start with the crop, planting material and intended sales window. Rain protection, earlier production and a longer autumn season create different requirements. Record whether plants grow in soil, bags or elevated gutters, and whether the covering stays on all year. Identify the management team and the time available for opening vents, inspecting covers and responding to changing weather before comparing tunnel ranges.

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Establish the site and load assumptions

A layout needs surveyed levels, access, drainage routes and credible local wind and snow information. Soil conditions affect anchoring; a generic anchor description is not a site-specific foundation design. Include wet substrate, crop supports, irrigation pipes and any suspended equipment in the structural brief. Existing tunnels need a compatibility review before additional loads are attached. Keep site preparation and local approvals visible in the project scope.

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Select ventilation as an operating system

Compare side and roof ventilation by the climate and the daily work they require, not by opening size alone. A longer or wider block may behave differently from a small demonstration tunnel. Specify how vents are controlled, what happens after a power failure and who follows the weather response procedure. Shade and protective nets also affect airflow and light; assess them together with the covering and crop calendar.

Roller ventilation mechanism along a tunnel side
Technology photograph. Side-vent mechanisms require clear access and coordination with the covering and crop layout.
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Coordinate rows, gutters and access

Draw a complete bay with mature plants, not just an empty frame. Show picking positions, trolley clearance, turning areas, irrigation lines and drainage outlets. Elevated gutters need agreed support spacing and a drainage strategy; ground-grown rows need practical access for crop care and cover handling. Check that doors and end spaces accommodate the selected equipment. Resolve these interfaces before freezing quantities for the equipment schedule.

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Compare complete packages

Separate frame, anchors, film, vents, doors, water collection and growing-system components in the quotation. Ask which fixings and assembly drawings are included and which utilities or civil works remain with the client. Compare the same covered area and selected configuration. A lower headline price may omit installation supervision, transport or spare covering material. Keep these differences in a written comparison rather than relying on photographs.

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Define a useful handover

Agree the records required before the first planting: final layout, selected configuration, assembly instructions, inspection points and maintenance responsibilities. Confirm how the team receives operating instructions for covers and vents. Future Farm Equipment can coordinate the project brief, documentation and equipment supply; installation, commissioning and local design approvals must be allocated explicitly. A documented handover makes later repairs and expansion easier to specify.

DECISION GUIDE

Match the question to the specification

Swipe the table sideways to compare all columns.

Your objectiveCompareConfirm before ordering
Seasonal rain protectionField tunnel and covering arrangementsCovering period, anchoring and weather procedure
More active climate managementVentilation configurations and controlsOperating labour, power and failure response
Elevated substrate productionIntegrated supports, gutters and crop accessWet loads, clearances and drainage interfaces
PLAN WITH CARE

Common mistakes to avoid

  1. 01

    Choosing by width alone: check ventilation, working access and load assumptions together.

  2. 02

    Assuming an unheated cover prevents every frost: establish a separate crop-risk and operating plan.

  3. 03

    Adding suspended gutters after procurement: verify the frame and anchoring before attaching new loads.

PREPARE YOUR NEXT STEP

Bring these inputs to the project discussion

Mark the information you already have. Download the list and use it to prepare your conversation with our engineering team.

0 / 6 items prepared

The checklist is a working aid. Ticks stay on this page only; no information is sent. Missing inputs can be identified together during the project review.

Build your project brief

An introductory planning guide from Future Farm Equipment. Equipment specifications, site calculations, responsibilities and the final scope are confirmed in the project documentation and proposal.

Future Farm Equipment

Let’s define your next project.

Share your site, crop and production goals. We will help turn them into a coordinated engineering scope and equipment supply plan.

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