Q4 2026Regulatory pathway determined for Pairwise-developed gene-edited short-stature corn (next)
2027Preceon Smart Corn System launch in the US (conventional route)
2027Preceon Smart Corn launch in US with BASF
2029Preceon Smart Corn System launch in Canada
Current obstacles
Yield maintenance at reduced heightShorter plants store less biomass; competitive yields need better genetics and optimal management.
Regulatory approval variationUS is faster than EU; this creates market asymmetry and timing challenges.
Physics limits
Height is just one traitYield, pest resistance, drought tolerance and other agronomic traits depend on many genes and environmental factors. Short stature alone cannot overcome poor genetics or management.
Regulatory variation constrains market timingDifferent countries and regions regulate gene-edited crops differently, slowing global rollout and fragmenting markets between regions with and without gene-edited varieties.
How it works
3 parts
Plant architecture
Shorter stature resists lodging
Lower center of gravity and less stem strength needed to stand; wind forces that topple tall corn leave short varieties upright.
Input efficiency
Precision agronomy integration
Variable-rate application maps let farmers optimize water, fertilizer and pesticide placement by field zone.
Gene editing
Pairwise Fulcrum base editing
Tools make precise genomic edits without foreign genes, enabling trait improvements in years not decades.
Spec sheet
Spec
Preceon Smart Corn
Target height reduction
30-40% shorter than conventional varietiesR (reported)
German multinational healthcare and agriculture conglomerate developing crop innovations including short-stature corn for wind resistance. Partners with Pairwise on gene editing and BASF on breeding.
Preceon Smart Corn System combines short-stature hybrids with precision agronomy for yield under stress.
Advancing both conventional (Phase 4, 2027 launch) and CRISPR (with Pairwise) routes to short-stature corn.
Stands 75 mph winds, reduces lodging losses, enables precise input application by field zone.
