Interview of a farmer using the hoeing robot Oz

[@GeorgeMinton-jb8ky]

One thing to think of with your batteries is that some types of batteries can only be discharged 50% of full charge or it will degrade the battery faster. Be sure to determine optimal battery discharge so you can maximize the life of the battery. I am not a farmer but I think robotic equipment is really nice to have. Just remember to save some money for replacement cost. Une chose à laquelle penser avec vos batteries est que certains types de batteries ne peuvent être déchargées qu'à 50% de leur pleine charge ou qu'elles dégraderont la batterie plus rapidement. Assurez-vous de déterminer la décharge optimale de la batterie afin de maximiser la durée de vie de la batterie. Je ne suis pas agriculteur mais je pense que l'équipement robotique est vraiment agréable à avoir. N'oubliez pas d'économiser de l'argent pour le coût de remplacement.

[@eminemerkit6321]

Looks fantastic. does anyone know: Which camera / sensor is used? RGB, multispectral, hyperspectral? Eeventuel the brand? I would be grateful for any answer

[@gaetansev]

Guided by GPS See www.naio-technologies.com

[@eminemerkit6321]

@@gaetansev thank you. but how are weeds differentiated from useful plants?

[@supernova6553]

@@eminemerkit6321 Machine learning. You may use something like Tensorflow to build an object classification model.

[@didierpuzenat7280]

Pour la batterie, il suffit qu'il aille se charger tout seul lorsque c'est nécessaire, sur la vidéo il y a une habitation au bout du champ alors ajouter un point de charge ne semble pas difficile, par exemple une charge par induction pour que ça ne demande pas de manipulation et pour que ça fonctionne même sous la pluie. Une grosse batterie serait une mauvaise idée : plus lourd et plus cher. Par contre passer à du LFP pourrait être une bonne idée, d'un autre coté je vois que je commente une vidéo de 2015, en 2022 ! Alors ça a probablement bien évolué...

[@jerryarcher6916]

It needs a solar charger to keep the batteries charged as it works.

[@judgeomega]

i dont think the power gain would be enough for the small robot, in addition the extra weight would make it less efficient. better to have a solar powered station with very large panels where it can exchange its battery. but of course this all adds extra cost. there are a millions things in the world that could be done 'better' for additional cost. its a balancing act.

[@deinse82]

It doesn't need a solar charger. If this is in France (I assume it is) then it plugs into something far more efficient and environmentally friendly than a solar panel. One of these babies: upload.wikimedia.org/wikipedia/commons/4/4e/Nuclear_Power_Plant_Cattenom.jpg And while a self-charging feature would be nice, for now it's pretty clear that it needs at least some level of human supervision anyway, so that person might as well also change the battery...eliminating that chore isn't really a priority. It will probably be the last step in making it 100% autonomous (well, only necessitating human assistance for repairs).

[@mathiyazhagan2609]

When it's come for market

[@gaetanseverac5014]

It is : www.naio-technologies.com

[@ahmadshukririmawi3176]

ِLabour saving and precise, but it appears to be effective in soft soil.

[@safffff1000]

Thats degenerative farming. Should have growing live mulch between rows to protect the microbes and keep water in. Basically no till.

[@markcostello9483]

Add a solar panel or two and it'll probably work all day

[@johannacannata1090]

I use a robot to mop my floors . It does a very good job ....just saying ...

[@pierrickchaize4016]

Encore plus facile à voler qu'un tracteur

[@didierpuzenat7280]

Sauf si il se défend ! Il suffit d'ajouter une tourelle...