Indian agriculture demands dedicated, engineered protection. This is the unvarnished reality of working without it.
Each scenario represents thousands of field hours logged across 25 agricultural districts.
The field problem
Standing in waterlogged paddy for 8–10 hours rots skin and breeds fungal dermatitis. Thick clay suction rips ordinary gumboots off, forcing farmers to continue barefoot.
Our engineering response
A hermetically vulcanized, seamless shell with a contoured heel lock prevents boot loss in deep mud and guarantees complete liquid isolation.
IPX7 submersion
The field problem
Urea, organophosphates and herbicides leach through fabric footwear within minutes, causing chemical burns and long-term toxic absorption through foot fissures.
Our engineering response
A cross-linked fluoropolymer barrier resists agrochemical permeation with no degradation across 500+ exposure cycles.
EN ISO 374-1 Class 3
The field problem
Hardened babool thorns and sugarcane stubble pierce standard rubber soles with ease, leading to deep infections and tetanus.
Our engineering response
A flexible composite plate withstands 1,200 N of upward force — with no steel, no conduction and no added weight.
EN 12568 · 1,200 N
The field problem
India records over 58,000 snakebite deaths a year, with more than 70% of strikes landing below the knee in unlit field borders and dense crop cover.
Our engineering response
An 840-denier para-aramid collar disperses strike energy and arrests fangs before skin is breached.
Strike-deflective armour
The field problem
Heavy loads on hard, sun-baked soil cause heel fissures, plantar fasciitis and irreversible knee degeneration by age 40.
Our engineering response
A dual-density footbed and torsional arch stabiliser redistribute ground reaction forces, reducing peak heel pressure by 42%.
42% lower joint impact
Explore how the AB-01 addresses each of these field hazards with an integrated protective system.
