A robot’s spec sheet and a crop’s actual UV-C exposure are not the same thing
It’s been a busy summer for Croptiq.
Over the past few months, I’ve worked at commercial strawberry sites across Europe, testing four UV-C robots from three different suppliers.
Different machines. Different lamp geometries. Different crops and canopy stages.
And one thing became very clear:
What a robot can deliver and what the crop actually receives are not necessarily the same thing.
At one site, the robot was treating rows in one direction only. Measurements showed that the crop was receiving roughly half the cumulative exposure available from treating up and back with the lamps active both ways.
The solution wasn’t more power.
It was a better treatment protocol.
At another site, we assessed three different robots under commercial conditions.
All three showed a different problem:
One had too little dose reserve across the crop
One had strong fruit and crown coverage but weak upper-canopy exposure
One had plenty of UV-C and good vertical coverage, but too much concentration in the centre while the shaded interior remained weak
Three machines. Three problems. Three different solutions.
For one, speed can help.
For another, lamp geometry is the bigger issue.
For the third, adding more UV-C would be the wrong direction..
Better redistribution is what matters.
We also worked with a very young crop, which gave us another useful lesson.
As the canopy develops, leaves move closer to the lamps and can receive more UV-C, while at the same time the growing canopy creates more shadowing inside the plant.
So, the correct setup today may not be the correct setup four weeks from now.
And that brings us to the bigger point.
Successful robotics deployment starts before the robot arrives.
It starts with understanding the site, the crop and what the grower actually needs.
Then comes technology selection, infrastructure and navigation checks, installation and mapping, treatment strategy, lamp position and speed, operator training, canopy management and follow-up.
And finally:
Verify what the crop is actually receiving.
None of these steps really stands alone.
A good robot on the wrong site can and will underperform.
The right robot with the wrong treatment protocol can and will underperform.
And a setup that works perfectly at the beginning of the crop may need to change as the canopy develops.
That is the role we are building Croptiq around:
Assess. Select. Deploy. Optimise. Verify.
Because the real question isn’t:
“Does this robot work?”
It’s:
“Is the whole system working properly on my crop, under my conditions?”
And one more thing...
As Croptiq grows, I want to build more of that capability locally.
There are strong AgTech advisors, plant specialists and commercially minded people across different regions who already understand growers, crops and technology and who could bring real value closer to the customer.
I see an opportunity to build a wider Croptiq AgTech Advisor Network: independent regional partners who want to develop their own expertise, build opportunities in their market and support growers with better technology selection, deployment and follow-up.
So, if you have experience in horticulture, AgTech, crop production or commercial technology and you’d be interested in representing Croptiq in your region, send me a DM.
I’d be very happy to speak with people who want to build something locally while being part of a wider international network.
#UVCRobotics #PrecisionAg #HorticultureTech #CropProtection #GreenhouseTech #Strawberries #Robotics #AgTech #CropTIQ
Comments