By FencingWise Editorial Team · Updated 3 November 2026.
Compare functions before comparing prices
A lower enclosure may need to resist frequent contact, discourage unauthorised access and present a predictable surface beside players. An upper extension may mainly intercept occasional high balls. Giving both areas the same construction is not always necessary.
| Requirement | Flexible netting | Rigid mesh |
|---|---|---|
| High-level ball retention | Can provide a light material layer with designed supports | Adds a rigid panel and connection system |
| Defined ground-level boundary | Depends on edge restraint and construction | Usually easier to define geometrically |
| Rebound behaviour | Moves with impact; not equivalent to a rebound panel | Can be selected as a rebound system |
| Local replacement | Net sections or edge components | Panels and their connections |
| Storage or seasonal removal | Possible with an appropriate design | Normally a permanent assembly |
| Visual behaviour | Varies with cord, colour, sag and support | Varies with wire pattern and viewing angle |
These are selection distinctions, not universal performance ratings. Net strength, mesh construction and panel design vary substantially.
Match the opening to the smallest relevant ball
Identify every sport that will use the enclosure. A net intended for football may be unsuitable where smaller balls are also used.
Select net openings for the sport and ball type. Nominal opening size alone does not establish performance: net construction, deformation and attachment also need assessment.
Specify how mesh size is measured, the cord construction, edge reinforcement and the installation condition. A diamond-shaped net changes its projected opening as it is hung. Knots, stretching and sag also affect the finished geometry.
For retention assessment, include the perimeter attachment. A suitable central mesh cannot compensate for a large opening at a side cable or gate return.
Use a mixed-system quantity calculation
For a supplier comparison, separate the two retaining surfaces before calculating quantities. This illustrative 30 m boundary has a 3 m rigid lower fence and a 2 m upper net, giving the projected areas below. The support proposal must address that combined arrangement; the area calculation does not establish that existing posts can carry the net extension.
Rigid mesh: 30 × 3 = 90 m².
Upper net: 30 × 2 = 60 m².
A full-height rigid alternative has 30 × 5 = 150 m² of panel face area. Both reach an assumed 5 m top line, but their supports, connections and behaviour differ.
Do not order exactly 60 m² of net material solely from that projected area. The fabrication drawing may require additional material for edge construction, attachment and the intended hanging arrangement. Conversely, a supplier's net cut size should not be described as the installed retaining height.
Prepare the comparison using complete systems: posts, foundations, cables, tensioning devices, fixings, erection and maintenance access.
Check the available deflection space
A flexible surface needs room to move without striking a wall, vehicle or other obstruction behind it. Record the clear space on both sides and obtain the relevant system behaviour for the expected duty.
For a layout example, a net is positioned 800 mm from a wall. If its specified assessment predicts 600 mm movement toward that wall under a defined event, the nominal remaining space is 200 mm. These invented values illustrate a clearance check; they are not performance data for any supplied net.
Include the posts and edge cables in the arrangement. A net that clears the wall at midspan may behave differently close to an end or support.
Account for wind and unwanted attachments
Low material weight does not imply negligible load on the posts. Wind effects depend on the construction, exposed area and site conditions. Debris, vegetation, banners or ice where relevant can alter those conditions.
Keep the approved attachment policy clear. A net support designed for one net should not automatically receive a privacy sheet, scoreboard or lighting fixture.
For rigid mesh, use the same discipline when adding screens. An open fence and a covered fence present different conditions to the supporting structure. Any modification should be reviewed before installation.
Compare maintenance over the same period
For netting, inspect broken cords, edge wear, damaged connectors, sag and support condition. For rigid mesh, inspect wires, welds, fixings, coating and post alignment. Both need attention at transitions and access points.
Compare replacement units and access arrangements as well as the first supply. A damaged net edge and a damaged rigid panel can require different tools, work areas and stock; identify those items before assigning maintenance-cost assumptions.
An illustrative annual inspection plan might allocate 6 hours to one option and 10 hours to another. At an assumed £40/hour, the labour difference is £160/year, or £800 over five years before discounting. Those are fictional estimating inputs, not market rates or a maintenance promise.
Use actual supplier instructions and site experience to populate the final comparison. Material price alone can hide access equipment or replacement work at height.
Choose the arrangement by zone
Rigid lower fencing with a designed upper net can be appropriate where the lower boundary receives contact and the upper zone primarily retains balls. A fully rigid system may suit a different impact, durability or enclosure requirement. A removable net may suit a controlled seasonal activity.
Document the reason for each zone rather than describing one material as universally better. The football boundary planning guide and MUGA layout guide show how to turn that decision into measured elevations and quantities.
Prepare a zoned containment enquiry
Send sports and ball types, boundary elevations, available movement space and the approved support concept. Request separate schedules for net sections, rigid panels and shared interfaces. Use the ball-stop netting specification.