Pu Leather Boxing Leg Guards
Pu Leather Boxing Leg Guards
Blog Article
PU Leather Boxing Leg Guards are leg protection equipment designed specifically for combat sports such as boxing, Muay Thai, and mixed martial arts (MMA), aimed at protecting the tibia, ankle, and calf muscles from high-intensity impacts such as kicking and knee collisions. Compared with ordinary leg guards, boxing leg guards need to balance the three core requirements of "protective strength, athletic flexibility, and comfort". Its design needs to balance "impact resistance, breathability, weight control, and fit", especially suitable for professional events, high-intensity training, youth sports education, and rehabilitation training scenarios.
Function: Protects the chest
Protection level: professional protection
Trademark: Customized emblem
Color: Customized
Features: Comfortable and safe chest protection
Sport: boxing
2、 Core features and data-driven analysis
Impact resistance: Protection strength and materials science
Technical parameters:
Outer material: Made of high-density PU leather (thickness 2.0-2.5 millimeters), with a tear resistance of 100-120 Newtons/millimeter (150% higher than ordinary PU).
Inner lining structure: four layers of composite buffer layer, outer layer of high-density EVA foam (hardness 55 Shore A)+middle layer of gel shock absorption layer+inner layer of slow rebound memory cotton+carbon fiber reinforced plate in the tibial region, impact absorption rate ≥ 92% (increased by 40% compared with ordinary leg guards).
Design Highlights:
Thicken the tibial area to 30 millimeters, targeting the concentrated impact area of Muay Thai low sweep kicks and MMA knee strikes, increasing the protective effect by 60%.
The ankle area adopts a "three-dimensional support frame" to disperse lateral impact force and reduce the risk of ankle joint sprain (increasing the efficiency of lateral impact force dispersion by 80%).
Breathability and Lightweight: Sports Fit
Technical parameters:
Surface breathable hole density: 1800-2200 per square decimeter (increased by 50% compared to ordinary leg guards), air circulation rate increased by 70%, and sweat evaporation rate increased by 55%.
Single weight: Boxing leg guards weighing ≤ 650 grams (reduced by 25% compared to regular leg guards), reducing physical exertion during training.
Design Highlights:
The lining is made of 3D mesh antibacterial fabric, with a 99.9% antibacterial rate, an 85% increase in moisture absorption and sweat wicking speed, and a 95% reduction in residual odors after a single training session.
The back is designed with a detachable ventilation module (optional), which drives a micro fan through USB charging and has a battery life of up to 6 hours, suitable for high-intensity training.
Flexibility and Sports Adaptability: Optimization of Competitive Performance
Technical parameters:
Knee joint range of motion: ≥ 130 °, with a 35% increase in flexibility compared to regular leg guards.
Ankle range of motion: ≥ 90 °, suitable for different technical movements (such as high scan kick, low scan kick).
Design Highlights:
Adopting the "dynamic cutting process" and optimizing fabric splicing through laser cutting technology to reduce frictional resistance during movement.
An "elastic stretch band" is added at the junction of the ankle and calf to provide protection while assisting athletes in maintaining their power posture (increasing power efficiency by 20%).
Personalization and Brand Empowerment: Cultural and Commercial Value
Technical parameters:
Support laser engraving of team logos, names, or motivational slogans (such as "Fight to Win") to enhance team belonging.
Provide "professional athlete same design" service, replicating the leg protection parameters of top boxers such as Supabong and Rodang.
Design Highlights:
The inner lining adopts a magnetic modular design, and users can quickly replace buffer layers of different hardness according to their training needs (such as hardness 50 Shore A for training and hardness 65 Shore A for competition).
The surface material offers three texture options: matte, high gloss, and carbon fiber like texture, meeting different aesthetic needs.
3、 Application Fields and Scenario Analysis
Professional boxing and combat events
Core requirements: High strength impact resistance, brand exposure, and precise protection.
Application case:
A certain international Muay Thai competition customizes leg guards for participants, using carbon fiber reinforced composite materials and PU leather splicing, with an impact strength of 2000 joules, ensuring the safety of participants.
Boxing organizations embed event logos on leg guards for commercial sponsorship cooperation, increasing brand exposure by 300%.
High intensity training and clubs
Core requirements: Lightweight, multifunctional, cost-effective.
Application case:
Muay Thai club purchases 200 sets of leg guards, adopting a "basic version+replaceable lining" design to reduce maintenance costs by 40%.
Fighting enthusiasts choose lightweight leg guards (600g) to reduce the physical burden during training and increase training satisfaction by 60%.
Youth physical education
Core requirements: safety, fun, and growth potential.
Application case:
Middle school customizes leg guards for boxing teams, using cartoon pattern design to enhance youth participation and increase training attendance by 80%.
The lining uses antibacterial fabric to prevent the growth of odors caused by sweating, resulting in a 90% increase in parental satisfaction.
Rehabilitation training and special populations
Core requirements: low impact, precise feedback, and adjustability.
Application case:
The Sports Rehabilitation Center customizes leg guards for postoperative boxers, with a hardness of 50 Shore A and a weight of 580 grams, to help gradually restore leg impact resistance.
The inner lining is embedded with pressure sensors to monitor the force on the legs in real time, preventing secondary injuries caused by overtraining.