Precision Plants®
Cultivating the FutureGovernment-Backed Hemp Innovation for British Farmers
£1m Innovate UK Grant | Superior UK-Bred Hemp Varieties | Zero THC Risk | Superior Yields
Precision Plants is unlocking profitable, compliant hemp cultivation for UK farmers using cutting-edge gene editing—backed by government, validated by science, built for Britain.
Why UK Hemp Has Failed Farmers for a Decade
UK farmers have wanted to grow hemp for years. It's profitable, it's sustainable, and government incentives make it attractive.
But three critical problems have held them back:
1. IMPORTED SEED DOESN'T WORK IN UK CLIMATE
Varieties from the EU are poorly adapted to British weather—resulting in stunted growth, poor yields, and crop loss.
2. CATASTROPHIC THC RISK ('GOING HOT')
Hemp varieties can unexpectedly exceed the UK's legal THC limit under British growing conditions—forcing entire crops to be destroyed. One bad season can wipe out a year's investment.
3. NO SUPERIOR GENETICS AVAILABLE
Current breeding methods are slow and imprecise. No UK company has delivered compliant, high-yield varieties tailored to British farms.
Precision Plants solves all three.
BritGrain Auto™
UK-bred, compliant hemp grain—reliable, sustainable, and homegrown. Click to fuel the future of British farming!
LongLine Fibre™
Homegrown hemp engineered for Britain—unlocking strong, sustainable fibre for tomorrow’s construction and textile industries.
YieldMax Duo™
Dual-purpose UK hemp—switch between grain and fibre for maximum flexibility, profit, and resilience in every season.
Growing a Better Future: Precision Breeding Advantages
Disease & Pest Resistance
Healthier plants, fewer chemicals.
Precision breeding creates crops naturally resistant to diseases and pests, reducing the need for chemical pesticides, protecting yields, and safeguarding environmental health.
Drought & Stress Tolerance
Crops built for tough conditions.
By enhancing a plant’s tolerance to drought and environmental stresses, precision breeding ensures reliable harvests even during dry spells and unpredictable weather.
Climate Adaptability
Ready for a changing world.
Tailoring crops to specific climates boosts resilience to local conditions and global climate change, supporting stable food production in the face of environmental challenges.
Reduced Environmental Impact
Farming that’s lighter on the land.
Stronger, more resilient crops mean fewer pesticides, less fertilizer, and lower water use—decreasing agriculture’s footprint and supporting long-term sustainability.
Enhanced Crop Yields
More food from every field.
Precision techniques can boost per-acre productivity, supporting food security by maximizing output from the same amount of land.
Improved Nutritional Value
Better for you, from the ground up.
Engineered crops can offer higher levels of essential vitamins, minerals, and proteins—helping address nutritional gaps in diets naturally.
Consistency & Uniformity
Reliable quality, every harvest.
Uniform growth and ripening mean easier mechanized harvesting, reduced waste, and products that meet exacting market standards.
Economic Gains
Stronger harvests, stronger livelihoods.
Improved performance and reliability translate into better returns for farmers and a more resilient supply chain for everyone.
Accelerated Breeding Cycles
Innovation at the speed of science.
Advanced breeding tools allow for faster development of improved varieties, helping agriculture keep pace with evolving market needs and emerging threats.
Full Traceability
Confidence from seed to plate.
Digital “seed passports” ensure every crop is traceable, compliant, and transparent—building trust across the food chain.
Disease & Pest Resistance
Healthier plants, fewer chemicals.
Precision breeding creates crops naturally resistant to diseases and pests, reducing the need for chemical pesticides, protecting yields, and safeguarding environmental health.
Drought & Stress Tolerance
Crops built for tough conditions.
By enhancing a plant’s tolerance to drought and environmental stresses, precision breeding ensures reliable harvests even during dry spells and unpredictable weather.
Climate Adaptability
Ready for a changing world.
Tailoring crops to specific climates boosts resilience to local conditions and global climate change, supporting stable food production in the face of environmental challenges.
Reduced Environmental Impact
Farming that’s lighter on the land.
Stronger, more resilient crops mean fewer pesticides, less fertilizer, and lower water use—decreasing agriculture’s footprint and supporting long-term sustainability.
Enhanced Crop Yields
More food from every field.
Precision techniques can boost per-acre productivity, supporting food security by maximizing output from the same amount of land.
Improved Nutritional Value
Better for you, from the ground up.
Engineered crops can offer higher levels of essential vitamins, minerals, and proteins—helping address nutritional gaps in diets naturally.
Consistency & Uniformity
Reliable quality, every harvest.
Uniform growth and ripening mean easier mechanized harvesting, reduced waste, and products that meet exacting market standards.
Economic Gains
Stronger harvests, stronger livelihoods.
Improved performance and reliability translate into better returns for farmers and a more resilient supply chain for everyone.
Accelerated Breeding Cycles
Innovation at the speed of science.
Advanced breeding tools allow for faster development of improved varieties, helping agriculture keep pace with evolving market needs and emerging threats.
Full Traceability
Confidence from seed to plate.
Digital “seed passports” ensure every crop is traceable, compliant, and transparent—building trust across the food chain.
Disease & Pest Resistance
Healthier plants, fewer chemicals.
Precision breeding creates crops naturally resistant to diseases and pests, reducing the need for chemical pesticides, protecting yields, and safeguarding environmental health.
Drought & Stress Tolerance
Crops built for tough conditions.
By enhancing a plant’s tolerance to drought and environmental stresses, precision breeding ensures reliable harvests even during dry spells and unpredictable weather.
Climate Adaptability
Ready for a changing world.
Tailoring crops to specific climates boosts resilience to local conditions and global climate change, supporting stable food production in the face of environmental challenges.
Reduced Environmental Impact
Farming that’s lighter on the land.
Stronger, more resilient crops mean fewer pesticides, less fertilizer, and lower water use—decreasing agriculture’s footprint and supporting long-term sustainability.
Enhanced Crop Yields
More food from every field.
Precision techniques can boost per-acre productivity, supporting food security by maximizing output from the same amount of land.
Improved Nutritional Value
Better for you, from the ground up.
Engineered crops can offer higher levels of essential vitamins, minerals, and proteins—helping address nutritional gaps in diets naturally.
Consistency & Uniformity
Reliable quality, every harvest.
Uniform growth and ripening mean easier mechanized harvesting, reduced waste, and products that meet exacting market standards.
Economic Gains
Stronger harvests, stronger livelihoods.
Improved performance and reliability translate into better returns for farmers and a more resilient supply chain for everyone.
Accelerated Breeding Cycles
Innovation at the speed of science.
Advanced breeding tools allow for faster development of improved varieties, helping agriculture keep pace with evolving market needs and emerging threats.
Full Traceability
Confidence from seed to plate.
Digital “seed passports” ensure every crop is traceable, compliant, and transparent—building trust across the food chain.
What is Precision Plant Breeding?
Precision breeding: Gene-edited UK crops for resilience, sustainability, and compliance.
What is CRISPR-Cas9?
CRISPR-Cas9: Precise gene editing for resilient, compliant, next-gen UK crops.
Gene Editing vs Gene Modification
Gene editing vs modification: Precise, compliant crops without added genes at Precision Plants.
Cultivating the Future
