Varus correction insole with arch support for foot alignment, made from durable TPR material in three colour options (white, black, skin colour) with available sizes for both small feet (35-39) and plus-sized feet (40-45).
Varus Correction Insoles with Arch Support in TPR for Sizes 35-45

These corrective insoles are designed to address varus foot alignment—a condition where weight is borne more on the outer edges of the feet—by providing structured arch support. The aim is to encourage a more neutral foot position, which can influence overall posture and gait during walking or standing. Manufactured from TPR (thermoplastic rubber), they offer a balance of support and flexibility suitable for daily wear in various types of enclosed footwear. Available in three colours and two specific size ranges, they provide a practical option for individuals seeking non-invasive foot support.
Features and Construction

The design centres on functional correction and practical fit. Below are the key aspects of the insole's build and sizing.
Material and Build
The insole is made from TPR, or thermoplastic rubber. This material is chosen for footwear applications due to its inherent properties: it provides a degree of cushioning while maintaining structural integrity to offer consistent arch support. The TPR construction aims to be durable enough for regular use, flexing with foot movement without permanently deforming. The arch area is shaped to provide specific support intended to help correct varus alignment by promoting a more centred weight distribution.
Size and Practical Fit
To accommodate different foot lengths, the insoles are offered in two distinct size ranges. The 'Small Size' corresponds to European shoe sizes 35 to 39, while the 'Plus Size' fits European sizes 40 to 45. This clear division helps users select the appropriate support scale for their footwear. The three colour options—white, black, and skin colour—allow for discreet matching with a variety of shoe interiors, from formal work shoes to casual trainers.
Uses and Placement

These insoles are intended for everyday supportive use. Their application spans common scenarios where foot comfort and alignment are considerations.
Event or Professional Use
For individuals who spend long hours on their feet at work or during events, the arch support can help mitigate fatigue associated with improper foot alignment. The corrective design aims to provide a stable base, which may be beneficial for occupations requiring prolonged standing or walking on hard surfaces. The neutral colour choices ensure the insoles remain unobtrusive in professional or formal footwear.
Everyday Home Use
In daily life, the insoles can be used inside standard shoes worn for chores, shopping, or casual outings. The TPR material offers a resilient surface that conforms to the foot over time, intended to make extended wear more comfortable. By addressing varus alignment, the product seeks to improve comfort during routine activities, potentially reducing strain on ankles and knees that can arise from misalignment.
Benefits and Buying Value

The value of these insoles lies in their specific design and straightforward application. They focus on a particular type of support without unnecessary complexity.
Reuse and Low Maintenance
As a single-component product made from wipe-clean TPR, maintenance is minimal. The insoles are designed to be transferred between different pairs of suitable shoes, offering repeated use from a single purchase. Their simple construction means there are no separate pads or layers to deteriorate or reposition, promoting a consistent support experience over time.
Why Choose This Product
This product is a direct option for those specifically seeking arch support aimed at varus correction. The clear size ranges (Small: 35-39, Plus: 40-45) and multiple colour choices provide tangible selection criteria. The use of TPR as the sole material indicates a focus on durable, flexible support rather than plush cushioning, making it a practical choice for individuals prioritising alignment correction over extreme softness.



