Ontario Agriculture

The network for agriculture in Ontario, Canada

Future of Farming: Robot Farmers? What do you think of this concept video?

What do you think farming technology will capable of in 50 - 100 years?
Joe

Views: 1448

▶ Reply to This

Replies to This Discussion

Replies on Twitter:

mattymetzgerFeb 18, 5:20pm via TweetDeck

@OntAg more robotics yes, but not in that form

Show Conversation
ScoutingFieldsFeb 18, 9:58am via Web

@OntAg Interesting Robot concept. With precision farming technologies,changes are happening at a fast pace. check outbit.ly/p1ygWM

1 retweetsHide conversation
OntAg

OntAg: #ontag Chat Forum: Future of Farming: Robot Farmers? What do you think of this concept video?http://t.co/7MFJig4R

Quite an interesting video. I just recently wrote a blog post about why young farmers love tech and this play along to that. While I don't talk about robots I definitely talk about being more efficient at the farm.

This video is also very thought provoking because many people feel that robots will take over, but not in a good way. Think about i-robot. I wonder how many farmers would jump on something like this if it was affordable. 

What kind of technology do you use on your farms?

Hi Iain,

Welcome to the Ontario Agriculture Community website.

It sounds like you are interested in farming and getting a handle on the technology.

I suggest that you go visit a farm machinery dealership in your area and ask to talk to the Precision Ag Specialist.

They will show you some of the interesting new tools farmers have to be more efficient....autosteer, gps, record keeping...

Take care,

 

Joe

 

Here is a video we did with the Propero inventor this summer.

Thanks Joe, 

That is a great idea. I will have to set up a time to go check out some of the stuff they have out there now.

It is awesome to see what they are doing nowadays. I wonder how many robots like that you would have to have to plant 100 acres. 

Iain

Joe Dales said:

Hi Iain,

Welcome to the Ontario Agriculture Community website.

It sounds like you are interested in farming and getting a handle on the technology.

I suggest that you go visit a farm machinery dealership in your area and ask to talk to the Precision Ag Specialist.

They will show you some of the interesting new tools farmers have to be more efficient....autosteer, gps, record keeping...

Take care,

 

Joe

 

The little Prospero robot is more of a concept by the young inventor....not sure if it makes sense as a corn planter...current tractor and planters are increasing in size and sophistication...pretty efficient and effective at placing the seed.

Here is a video we did this spring with our friend Larry planting corn....he uses gps autosteer to make sure there is no seeding wasted with overlap.

 

 

 

 

My only problem with that type of technology is how do the small farms afford it. That could almost be a whole topic in itself.

Awesome video though.

Technology is here to stay, maybe not with planting robots, but precision Ag is now a way farming.  Truthfully in a lot of cases if you are not using precision Ag solutions you are leaving money somewhere on the table.

Data management to me is the next buzz word in Ag, it is what farmers use to make decisions on Variable Rate Application, inputs and seed population and even water management.  To make the most profitable choices you need the proper accurate data and that’s were precision Ag is going.

Sometimes it is easier for smaller operations to implement changes like precision since the intial investment is not as high as the BTO's farming.

 

What type of initial investment are we talking for a small farm?

Paul Smith said:

Technology is here to stay, maybe not with planting robots, but precision Ag is now a way farming.  Truthfully in a lot of cases if you are not using precision Ag solutions you are leaving money somewhere on the table.

Data management to me is the next buzz word in Ag, it is what farmers use to make decisions on Variable Rate Application, inputs and seed population and even water management.  To make the most profitable choices you need the proper accurate data and that’s were precision Ag is going.

Sometimes it is easier for smaller operations to implement changes like precision since the intial investment is not as high as the BTO's farming.

 

starting at 2000 and the sky is the limit, but hi end systems run around 15K, alot has to do with the dealers knowledge how they can train customers to collect and manage the data to make gains on the farm

And that 2000 could be put on any tractor, or would it have to be on certain types that already have some stuff on them.

Paul Smith said:

starting at 2000 and the sky is the limit, but hi end systems run around 15K, alot has to do with the dealers knowledge how they can train customers to collect and manage the data to make gains on the farm

2000 would be just a display, that could be used for guidance(it tells you where to drive to be efficient) by a means of a light bar and it can be used in any piece of equipment on a farm.  Main uses for these are tillage, spraying and less accurate planting.

Systems that steer for you start around 5K and most applications top out around 14K for most cash crop operations.

▶ Reply to Discussion

RSS

Agriculture Headlines from Farms.com Canada East News - click on title for full story

Farm tractor struts its stuff on F1 track

A Valtra T236 reached 54 mph at the Red Bull Ring in Austria

Diploid Potato Breeding May Improve Yield and Storage

AAFC researchers have found that diploid potatoes offer improved genetics, high yields, and disease resistance, providing a resilient alternative for Canadian potato growers.

Boosting soybean protein: The essential role of zinc and sulfur in sustainable crop production

Soybean is a critical element of the global food supply: Between its use for animal feed and human consumption, it accounts for roughly two-thirds of plant-based protein meal output world-wide. Canada is a global leader in sustainable soybean production, with 70% of its crop, one of the country’s top three by value, exported annually. According to Brazilian scientist Gabriel Montanha, soy production has “exploded” in recent decades to meet demand – but there hasn’t been a corresponding increase in soybean’s protein content. “To ensure soy remains a sustainable crop, we need to increase the protein content of soy seeds,”  says Montanha, who is doing a postdoctoral fellowship at the European Synchrotron Radiation Facility (ESRF) in Grenoble, France. “It's critical we find ways want to generate more protein without increasing the amount of land we’re currently cultivating.” Montanha and colleagues used the Canadian Light Source (CLS) at the University of Saskatchewan (USask), and Brazil

New insights into lung health risk for female farmers

Exposure to a mix of common airborne agricultural contaminants could lead to lung effects in females, a new University of Saskatchewan (USask) study has uncovered. Farmers are exposed daily to a variety of potential contaminants such as endotoxins (substances associated with certain bacteria) in dust, which are well-known to trigger lung inflammation and asthma. However, how endotoxins specifically impact women’s health is not well understood, particularly when there is also exposure to a herbicide called glyphosate, widely used in agricultural work. Now, USask researchers have detected lung effects in female mice models just five days after a combined exposure, simulating the same quantity of endotoxins and herbicide farmers could breathe over a work week. The team was able to take detailed images of the affected lungs thanks to the powerful X-rays of the Canadian Light Source (CLS) at USask. These images showed that fluid had built up in the lungs during this short exposure perio

Wet harvest? Protect Stored Cereals from OTA

Wet harvest conditions across parts of the Prairies have put added focus on how cereal grain is managed in storage. Cool, wet weather has slowed harvest progress in some areas, with reports of tough cereals and grain quality concerns. For growers bringing grain off at higher moisture levels, careful drying, cooling and monitoring will be especially important this fall. Ochratoxin A (OTA) is a mycotoxin that can develop in stored cereal grain when moisture and temperature conditions are favourable for fungal growth. Unlike deoxynivalenol (DON), which develops in the field as a result of Fusarium infection, OTA develops during storage. Grain stored above safe moisture levels, condensation or water entering the bin, contaminated dust or soil, and residues from previously stored grain can all contribute to OTA development. Even a small pocket of damp grain can create problems. That means managing the entire grain mass, not just relying on an average moisture reading. Make Storage Manage

© 2026   Created by Darren Marsland.   Powered by

Badges  |  Report an Issue  |  Terms of Service