Tortuga “F” and “G” models for strawberry or table grape par Tortuga AgTech
Types de cultures
Baies
Vignes
Commercialisation & Modèle économique
Niveau de préparation technologique : 8-9: Test du système, déploiement et opérations
Nombre d'unités en service : 150
Prix : less-5K
Modèle économique : raas
Caractéristiques techniques
Besoin principal du robot : Primary - Harvest. Other services - UV-C treatment, data collection, trimming, pruning
Source d'énergie : Electric
Puissance : 3 Kilowatt hours
Taille : 71 L x 36 W x 57 H inches | 180 L x 91 W x 145 H cm
Poids net : 727 lbs | 330 kg
Productivité : Hundreds of thousands of berries picked in a day
Fonctionnalités et technologies
Fonctionnalité : Tortuga’s robots are designed for the complex task of harvesting fruits and vegetables. Tortuga focuses first on harvest, the farm’s most costly, critical, and difficult task. Then, other tasks are easier technical and operational solutions to add on - such as data collection and forecasting, mobility, pest control, and so on. Harvest robotics are the true catalyst to shifting fruit and veg farms from human-centered operating systems to robot-centered operating systems.
Technologies embarquées : 17 AI/ML models running on the edge. Frontier software: two-arm, same-workspace asynchronous motion planning. Precise autonomous navigation on farm. Purpose-designed, low-cost, maintainable hardware.
Outils : We can adapt our robot to harvest, add lights for UV-C treatment, and trim plants
Connexions : N/A
Phase de développement
Prochaine phase de développement : Operations scale up of our existing robot fleet from crew size (24 robots per farm) to farm size (100+ robots per farm)
Tortuga model by Tortuga AgTech
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Designed to offer continuous operation capabilities, adaptability to growers' needs and significant reductions in emissions, inputs and reliance on scarce machine operators.