Gargždai Seasonal Ice Rink 2024/25

The Gargždai project shows how a relatively compact municipal ice rink can still be engineered and delivered as a complete seasonal operating system. The 12.5 × 25 m outdoor real-ice rink operated for a documented 56-day rental period during the 2024/25 winter season.

The package included safety boards, 105 pairs of rental skates, skate-sharpening equipment, children’s skating aids, technical maintenance, staff training and safety instructions. An optional 16 × 25 m canopy was available, and the refrigeration system was specified for stable operation at ambient temperatures up to approximately +12°C.

Project at a glance

A compact rink can be a better project than an oversized rink

Municipal seasonal projects are often tempted to maximise the ice area first and solve the operating model afterwards. Gargždai shows a different approach: a compact rink can still provide a complete public-skating service when the rink size, skate fleet and operating equipment are aligned.

A smaller rink can offer practical advantages:

• lower refrigeration demand than a larger surface;
• lower electrical requirement;
• less site preparation;
• faster installation and ice build-up;
• shorter resurfacing cycles;
• lower skate-fleet requirement;
• simpler supervision;
• lower seasonal logistics and storage burden.

The correct question is therefore not “how large can the rink be?” but “what ice area is appropriate for the expected demand, site and budget?”

312.5 m² and preliminary skater capacity

The documented rink dimensions of 12.5 × 25 m give an ice area of 312.5 m².

ASHRAE gives approximately 2.3–2.8 m² of ice per person actually skating as an early recreational planning range. Used only as a preliminary check, 312.5 m² corresponds to roughly 110–135 active skaters at one time.

This is not a legal occupancy limit and does not describe the actual Gargždai operating capacity. Practical capacity also depends on:

• beginner share;
• session policy;
• skate availability;
• entry and exit;
• supervision;
• comfort expectations;
• resurfacing intervals;
• local safety requirements.

Source: ASHRAE Handbook — Refrigeration, Chapter 44: Ice Rinks.

105 rental skates show why equipment must be sized with the rink

The project included 105 pairs of rental skates. This is a useful illustration of the relationship between rink capacity and visitor equipment.

A skate fleet should be designed from:

• expected simultaneous skaters;
• percentage of visitors bringing their own skates;
• children’s and adult size distribution;
• turnover between sessions;
• reserve stock;
• drying and hygiene;
• damaged or unavailable pairs;
• sharpening capacity.

If the skate fleet is too small, the rink can have unused ice while visitors wait in line. If it is significantly oversized, capital and storage are wasted.

Sharpening equipment protects usable fleet capacity

The documented package included skate-sharpening equipment. On a seasonal public rink, sharpening is not only a maintenance task — it keeps rental inventory in usable condition.

The operator should define:

• who inspects blades;
• how often sharpening is performed;
• which skates are removed from circulation;
• how damaged blades are handled;
• where the sharpening machine is installed;
• how dust and workshop safety are controlled;
• how sharpening fits around peak visitor periods.

Good sharpening improves grip and control, which is especially important on a rink with many beginner skaters.

Children’s skating aids are an operating-capacity tool

Children’s skating aids were also included. These are often treated as optional accessories, but they influence how a public rink handles beginner demand.

They can:

• help first-time skaters enter the ice more confidently;
• reduce falls in beginner groups;
• allow families to use the rink more comfortably;
• support skating lessons or children’s sessions;
• improve the commercial usefulness of a compact community rink.

The operator should still control quantity and use so aids do not obstruct faster skaters during busy periods.

The optional canopy changes more than visitor comfort

An optional 16 × 25 m canopy could be added to the project. Weather protection affects both customer experience and technical performance.

A canopy can potentially reduce:

• direct solar radiation;
• rain on the ice;
• snow accumulation;
• wind exposure;
• weather-related variation in the skating surface.

But it also introduces new design questions:

• structural loads;
• wind and snow design;
• foundation / anchoring;
• clear height;
• lighting;
• ventilation;
• fire and local permit requirements;
• relationship between canopy dimensions and rink / board perimeter.

Practical lesson: a canopy is not simply an accessory. It can change both the heat load and the temporary-structure scope.

The +12°C operating condition is project-specific

The refrigeration system was specified for stable ice operation at ambient temperatures up to approximately +12°C.

This should not be interpreted as a universal specification for every 12.5 × 25 m rink. Required cooling capacity changes with:

• solar exposure;
• wind;
• rain;
• humidity;
• canopy use;
• daily operating hours;
• ice temperature;
• resurfacing frequency;
• base insulation and construction.

A new rink of the same dimensions can therefore require different refrigeration equipment.

Compact outdoor rinks still need a proper base

A smaller footprint does not remove the need for level support. Flexible refrigeration systems follow the base below them, so unevenness can create:

• variable water depth during ice build-up;
• uneven ice thickness;
• poor board alignment;
• resurfacing difficulties;
• unnecessary refrigeration load where ice becomes too thick.

For a municipal square or temporary site, base verification should be one of the earliest project steps.

56 days changes the rental economics

The documented rental period was 56 days. For a project of this duration, ownership should not automatically be assumed to be cheaper than rental.

A meaningful comparison should include:

• number of expected seasons;
• storage between winters;
• installation and dismantling labour;
• transport;
• maintenance;
• technical competence;
• spare parts;
• refrigeration ownership;
• boards and skate equipment;
• risk of site or size changes next year.

For a first or short seasonal programme, turnkey rental can reduce both asset commitment and technical responsibility. For a rink repeated for many years, purchase or a hybrid model deserves evaluation.

Read the Rental vs Purchase Guide

Staff training is part of rink reliability

The project scope included staff training and safety instructions. For a compact seasonal rink, operators should understand:

• daily pre-opening checks;
• ice temperature;
• weather response;
• basic refrigeration alarms;
• board inspection;
• skate condition;
• sharpening workflow;
• beginner-aid control;
• when the rink should be closed or technical support called.

Small projects benefit from simple, repeatable procedures because they often operate with seasonal rather than full-time specialist staff.

What a municipality should define before requesting a similar rink

• expected number of simultaneous skaters;
• daily visitor target;
• available site dimensions;
• season dates;
• available electrical power;
• water and drainage;
• base condition;
• whether a canopy is required;
• how many skates and skating aids are needed;
• whether skate sharpening is included;
• who operates the rink;
• whether technical maintenance is included in the rental scope.

This information allows the technical package to be right-sized instead of built around an arbitrary standard rink size.

What a client can learn from Gargždai

1. Compact can be commercially and technically sensible. Size should follow demand, not prestige.
2. Skate fleet and rink area must be planned together.
3. Sharpening and beginner aids affect real operating quality.
4. A canopy changes both comfort and engineering.
5. Outdoor temperature claims are project-specific. Do not copy +12°C without recalculating the new site.
6. Training and maintenance belong in the rental package.

SPORTWAVE perspective

Gargždai demonstrates that a smaller community rink deserves the same disciplined project approach as a large arena. SPORTWAVE sizes the ice, refrigeration, skate fleet, visitor equipment and support scope around the actual operating need rather than selling the largest rink that fits the site.

Explore Ice Rink Rental  |  Seasonal Ice Rink Planning Guide  |  Request a municipal rink proposal