Exploring Hardstands: What They Are and Should You Install One?

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What is a Hardstand and Should You Install One?

The term “hardstand” refers to a paved or concrete area engineered to withstand heavy loads, providing a stable surface for various purposes. It exists in both paved and unpaved forms, offering flexibility in terms of construction and usage. From parking spaces to storage areas, it serves as valuable additions to different environments.

Hardstands in Two Forms

  • Paved Hardstands

Constructed with materials like concrete, asphalt, interlocking pavers, or brick, it provides a sleek surface with high load-bearing capacity. Ideal for applications like parking lots, industrial facilities, and transportation hubs, ensuring a stable and enduring infrastructure.

  • Unpaved Hardstands

Unpaved are flat, stable surfaces without asphalt or pavement made of materials like gravel, crushed stone, coral, sand, clay, hard-packed soil mixtures, grass, turf, sod, and decomposed granite. These are commonly found in agricultural applications, construction sites, unimproved runways, and event spaces. They offer a cost-effective and flexible solution, aligning with environmental considerations like drainage and soil stability.

a picture of paved and unpaved hardstands
A picture of Paved and Unpaved

What’s the Material to Use for Hardstands?

common materials used for hardstands
Common materials used for hardstands.

Applications and Purpose of Hardstands

  • Parking Lots: Ensuring stable surfaces for various vehicles, supporting heavy loads, and preventing degradation.
  • Storage Areas: Facilitating safe material placement, minimising ground subsidence, ensuring structure longevity, and efficient inventory management.
  • Industrial Facilities: Providing stable surfaces for heavy machinery and equipment, contributing to safety and operational efficiency.
  • Equipment Support: Serving as an essential platform for supporting heavy equipment and machinery, ensuring safe and effective functioning.
  • Material Handling Areas: Facilitating smooth material handling reduces the risk of accidents and damage to goods.
  • Construction Sites: Stable platforms for placing equipment, materials, and temporary structures, vital for safety and efficiency.
  • Agricultural Applications: Foundations for machinery storage, processing areas, and equipment maintenance contribute to productivity and sustainability.
  • Event Spaces: Adaptable for temporary event spaces, providing a stable surface for setting up stages, booths, and infrastructure.
  • Aviation and Transportation: Used for aircraft parking, providing a sturdy surface capable of withstanding the weight of airplanes, and ensuring safe support for heavy vehicles and equipment.
  • Military Facilities: Crucial roles in various military operations include supporting aircraft, vehicles, equipment, and fueling operations.
Applications and Purpose of Hardstands

Benefits of Installing Hardstands

  • Structural Integrity

    Engineered to provide exceptional structural integrity, it is capable of withstanding heavy loads without compromising stability. Employing advanced construction methods like reinforced foundations, concrete blends with high compressive strength, and soil stabilisation ensures a high level of resistance to deformation, settling, and surface wear.

  • Load-Bearing Capacity

    They are optimised to handle substantial loads, making them ideal for supporting heavy machinery, equipment, and vehicles. Load distribution mechanisms prevent localised stress points, enhancing overall load-bearing capacity.

  • Abrasion Resistance

    It exhibits excellent abrasion resistance, mitigating wear and tear caused by vehicle and equipment movement. The surface materials are chosen for their durability, minimising the impact of frequent use and heavy traffic.

  • Chemical Resistance

    Resistance to chemicals commonly found in manufacturing processes. The surface materials are selected to withstand exposure to oils, fuels, and other industrial substances, ensuring long-term performance.

  • Weather Resistance

    Designed to withstand various weather conditions, including extremes of temperature, precipitation, and UV exposure. The materials used resist deterioration, ensuring the surface remains robust and stable over the long term.

  • Low Maintenance Requirements

    The inherent durability reduces the need for frequent maintenance, minimising downtime and operational disruptions. Routine inspections and occasional cleaning are generally sufficient to ensure continued functionality.

Common Hardstand Problems

Hardstands, while essential for various applications, can encounter a range of challenges that impact their functionality and longevity. Recognising these common issues is crucial for effective maintenance and construction practices. Here are the key problems often associated with:

  • Cracking: Exposure to temperature variations and heavy loads can lead to the development of cracks in hard surfaces.
  • Potholes: The constant impact of heavy vehicles or inadequate support can result in the formation of potholes on the hard-surfaced areas.
  • Rutting: Heavy traffic, particularly from vehicles with concentrated loads, can cause the surface to deform and develop ruts.
  • Water Damage: Poor drainage and water management can lead to water pooling, causing erosion and weakening the hard-surfaced structure.
  • Poor Soil Stability: Inadequate soil preparation or stabilisation can result in a settlement, uneven surfaces, and reduced load-bearing capacity.
  • Lack of durability: Hardstands constructed without durable materials or insufficient reinforcement may experience premature wear and degradation.
  • Inadequate load-bearing capacity: Insufficient support can cause hardstands to fail under heavy loads, posing structural issues and safety hazards.
  • Limited Resistance to Environmental Factors: Exposure to harsh weather conditions may impact the resilience and longevity of hardstands, especially in freeze-thaw cycles.
  • Insufficient Crack Resistance: Factors like material composition and construction techniques can contribute to the development of cracks over time.
  • Surface Erosion: Wind, water runoff, and abrasive materials can contribute to surface erosion, affecting the overall quality and appearance of the hardstand.
Managing and Preventing Issues on Hardstands

The Solution

Renolith 2.0 presents a transformative solution for constructing hard-surface areas that are not only low-cost but also durable and sustainable. These hard surfaces are resilient against common issues like cracking, potholes, and rutting, with water penetration dramatically reduced. Essentially, Renolith acts as a full pavement-depth shield, guarding against the notorious adversary—moisture.

How Does it Work?

Renolith 2.0 is a unique nanopolymer admixture designed for cementitious binders, meticulously optimised to enhance in-situ soil stabilisation and cold recycling processes. While its primary application is in pavements such as roads, footpaths, cycle paths, and hardstands. Renolith’s remarkable attributes extend beyond that. Its substantial enhancements in physical and mechanical parameters, particularly in crack resistance and frost/moisture resistance, allow for a broadened scope, reaching into hydraulic engineering and underground structures.

In essence, Renolith 2.0 paves the way for a new era in hardstand construction—economical, durable, and environmentally sustainable. This unique solution not only addresses existing challenges but also propels construction practices toward a future marked by resilience and sustainability.


In summary, hardstands, whether paved or unpaved, play a crucial role in various applications by providing stable surfaces for parking, storage, industrial operations, material handling, construction, agriculture, and military activities. The choice of materials and the benefits of hardstands, including exceptional structural integrity, high load-bearing capacity, abrasion and chemical resistance, weather resistance, and low maintenance requirements, make them valuable assets in diverse settings.

Despite these advantages, common issues such as cracking, potholes, rutting, water damage, and poor soil stability pose challenges that require effective management. The durability of hardstands can be compromised by factors like weather conditions, inadequate support, and insufficient resistance to environmental factors. Recognising and managing these challenges is crucial for maintaining optimal functionality.

Introducing Renolith 2.0 as a transformative solution underscores ongoing efforts to enhance hardstand construction. This innovative nanopolymer admixture addresses common issues, providing an economical, durable, and environmentally sustainable option. Renolith 2.0 not only acts as a shield against moisture but also elevates construction practices toward a future marked by resilience and sustainability.


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