User Motivation and Barriers to Product Repair

The Importance of Repair and the Influence of Consumer Decisions

In today’s world, where environmental issues are becoming increasingly relevant, the durability of products and their repair gain special significance. Instead of the traditional „buy-use-dispose” model, more attention is being paid to the repair and refurbishment of devices. This not only reduces waste but also contributes to the creation of a more sustainable economy. In Lithuania and throughout the EU, this direction is strengthened by the new „right to repair” policy, whose provisions are set to be implemented in member states in the near future – the goal is for products to be repaired more often and used longer.

Research shows that consumers’ attitudes towards repair processes significantly influence how long devices remain in use. This article draws on the Repair Motivation and Barriers (RMB) model presented by Nazlı Terzioğlu (2021), which thoroughly analyzes the key factors that determine the decision to repair or dispose of a product. Additionally, consumer decisions are influenced by the legal environment – for example, the statutory two-year quality guarantee, which holds the seller responsible for product non-compliance, encourages consumers to consider repair first. ([vvtat.lrv.lt][1])

Sustainable Consumption through Repair and Recycling

The circular economy aims to reduce waste and extend the lifespan of products by promoting their repair, refurbishment, and reuse. This approach clearly contrasts with the traditional „make-use-dispose” model, which often leads to excessive resource use and environmental pollution. Lithuania’s guidelines for transitioning to a circular economy by 2035 emphasize the development of repair services and monitoring indicators as one of the priorities.

While previous research has primarily focused on manufacturing methods and business models, the role of consumers in deciding whether to repair a device is an integral part of sustainable development. Local community initiatives, such as Repair Cafés, encourage knowledge sharing and waste reduction, while practical events in Vilnius demonstrate a growing interest in repair culture. ([Alfa][2])

What Influences Consumers’ Decisions to Repair Devices?

Technical Aspects: Feasibility of Repair

Technical factors related to the repair process itself – whether parts can be easily replaced, or if the repair will be reliable and durable – often determine whether a consumer decides to repair a device.

Motivators:

• Availability of Parts and Tools: If the parts and tools needed for repair are easily accessible, consumers are more likely to undertake repair work.
• Restoration of Durability: Repair methods that restore the reliability and functionality of a device increase confidence in repairing older products.
• Simple and Reversible Solutions: Clear, step-by-step methods that can be easily reversed if necessary (e.g., module replacement without soldering) encourage even independent experimentation.

Barriers:

• Lack of Technical Knowledge: Many consumers lack the experience and knowledge required to perform more complex repair tasks.
• High Time and Effort Requirements: If a repair requires a lot of time or is too complicated, consumers often opt for purchasing new items.
• Product Design Limitations: Some manufacturers design devices with little regard for repairability, making repairs complicated or impossible, thus encouraging the purchase of new models.

Emotional Aspects: Psychological and Social Factors

Emotional factors reflect personal feelings and social attitudes that affect repair decisions. The repair process can be both a pleasurable creative activity and a source of doubt regarding one’s abilities.

Motivators:

• Expression of Creativity: For some consumers, repair becomes a personal creative process, allowing them to adapt the device to their individual needs.
• Environmental Goals: Some people choose to repair to reduce waste and contribute to climate change mitigation.
• Emotional Value: Often, repaired items have sentimental value – they may be gifts, family heirlooms, or personally significant devices.

Barriers:

• Lack of Confidence: Doubts about one’s ability to successfully complete a repair and fears of causing additional damage to the device reduce motivation.
• Social Stigmatization: In some communities, repaired items are viewed as inferior or associated with economic difficulties, leading consumers to avoid repair as a form of self-expression.
• Emotional Fatigue: Even if a device is functioning, the mere thought of a lengthy repair process can seem overwhelming to some.

Value Aspects: Benefits and Costs of Repair

Value aspects assess how consumers perceive the benefits of repair – functional, aesthetic, and financial. When deciding whether a repair is worth the investment, it is important to evaluate all these dimensions.

Motivators:

• Functional Benefits: As everyday devices – from computers to household appliances – are essential, consumers are more likely to choose to repair them, thus avoiding unnecessary purchases.
• Symbolic Value: Repair can be seen as a sign of responsible consumption, reflecting the consumer’s commitment to the environment and the circular economy.
• Aesthetic Value: Some techniques (e.g., emphasizing visible seams or joints) give a product a unique character, highlighting its history.

Barriers:

• Financial Costs: If repair costs exceed the price of a new purchase, consumers are more likely to opt for a new device.
• Moral Obsolescence: Older devices are sometimes considered unworthy of investment due to the pace of technological innovation.
• Convenience of New Purchases: Intense marketing and rapid updates often create the impression that buying new is a simpler and „better” solution.

What You Need to Know to Transition to a More Sustainable Economy

Research findings indicate that product repair is not just a matter of personal choice – it is a crucial step towards a more sustainable consumption model. Promoting repair requires close collaboration between manufacturers, consumers, and policymakers. The legal environment is increasingly highlighting the frameworks of the „right to repair” – from EU directives to national measures that provide more favorable conditions for repair.

• Modular Design: Manufacturers should design devices so that their parts are easily replaceable, and the construction is accessible to both professionals and DIY consumers; this extends the lifespan and reduces waste flow.
• Right to Repair: Policymakers should establish requirements ensuring that repair parts, software, and technical documentation are accessible to independent technicians and consumers; deadlines for transposing directive provisions into national law have already been set at the EU level.
• Education and Community Initiatives: Repair workshops, seminars, or Repair Cafés can help disseminate knowledge about self-repair and strengthen consumer confidence; successful events in Lithuanian libraries demonstrate growing demand.
• Changing Social Attitudes: Public campaigns highlighting the benefits and sustainability of repair help reduce stigma and shape a new norm of responsible consumption.
• Financial Incentives: Authorities could provide tax breaks or subsidies for repair services, while companies could offer extended warranties, spare parts supply, and repair support programs; this aligns with the goals of the circular economy.