BREAKING BARRIERS IN SPRAYING
BBLeap’s Technological Edge
BBLEAP
“BBLeap LeapBox offers the fastest valve opening time—just 0.8 milliseconds—ensuring perfect nozzle control and consistent spray patterns at any speed or rate.”
COMPETITION
Slow valve opening results in poor spray patterns and no consistency in rates at different speeds.
2. Perfect Spraying, Eliminating Risk Zones
“I held my field free from Phythopthra and raised my yield”
BBLEAP
“Precise control of each nozzle eliminates over and under spraying, allowing exact application without needing excess chemicals. High speed valve control, 100Hz to assure this.”
COMPETITION
Requires extra chemicals as a buffer for coverage inconsistencies, increasing chemical use and environmental impact
3. Consistent Application Rate, Reduced Risks
“BBLeap ensures that the exact dosage is applied everywhere”
BBLEAP
Maintains uniform application, minimizing crop stress and reducing chemical use by 30%
COMPETITION
Inconsistent rates can reach up to 1000% in some areas and below 50% in others, causing crop damage and higher chemical use
4. Plant-Level Precision with Application Maps
“96% of the crop was unhindered in growth.”
BBLEAP
Operates on a 25×25 cm grid with LeapCat application maps, allowing plant-level precision. Yields increase by up to 20%, and spot spraying can reduce chemical inputs by up to 99%
COMPETITION
Limited grid resolution and update rates lead to missed savings and less efficient applications
5. Consistent Pressure for Optimal Droplet Size
“I always have the right droplet size, volume, and coverage”
BBLEAP
Maintains one consistent pressure, ensuring optimal droplet size across the field and maximizing spraying effectiveness and still the right rate
COMPETITION
Other systems (including PWM) adjust pressure variably, leading to inconsistent droplet size and reduced spray quality
6. The Grower’s Advantage
“Your spray quality improves heavily.”
BBLEAP
Delivers 30% chemical savings, less crop damage, and increased yields. Plant-level precision allows for improved productivity and reduced environmental impact
COMPETITION
Higher chemical costs, increased crop stress, and environmental impact due to less precise, less efficient systems