15 AMAZING Agricultural Vehicles

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15 AMAZING Agricultural Vehicles
Transcript
00:00With increasing populations around the world, the pressure on farmers to produce enough food has never been greater.
00:06With labor shortages and increasing amount of work to do, it's impossible to keep up with traditional methods.
00:11Luckily, technology is helping to increase the yields and reduce the time it takes to harvest.
00:16From giant tractors to specialized equipment and ingenious designs,
00:20today we take a look at the most amazing agricultural vehicles in the world.
00:23Starting with number 15, the Case IH Steiger QuadTrac 620.
00:28The QuadTrac 620 tractor is an advanced piece of machinery that's powerful, versatile, and makes use of the latest tech.
00:35It's designed to meet the demands of modern farming, being both efficient but effective on large-scale operations.
00:41Central to this is the QuadTrac system, which uses four independent tracks instead of traditional wheels.
00:46This significantly improves traction, reduces soil compaction, and allows the tractor to perform effectively in a range of different field conditions,
00:53including wet, muddy, and soft soils.
00:56It's powered by a 12.9-liter six-cylinder engine that delivers up to 620 horsepower.
01:01The engine's equipped with advanced emissions technology, too,
01:04that can meet environmental regulations without really compromising performance.
01:08One of the most impressive features of the QuadTrac 620 is the advanced hydraulic system,
01:12which offers up to 113 gallons per minute of flow.
01:16This high-capacity system allows the tractor to power a wide range of hydraulic implements at the same time,
01:22which further improves its productivity.
01:24It's also equipped with cutting-edge tech to support precision farming practices.
01:28The AFS Connect telematic system provides real-time data to the tractor's performance, location, and maintenance needs,
01:35something that allows farmers to monitor and manage their equipment remotely.
01:39The tractor's cab, too, is designed with operator comfort and convenience in mind,
01:43featuring ergonomic controls, a spacious interior, and advanced climate control systems.
01:48These features help reduce fatigue during long working hours
01:51and once again contribute to higher productivity and safety.
01:59Once a field's been planted with the desired crop,
02:01it can become pretty tricky to ensure all the nutrients are directed towards growing what you want and not weeds.
02:07One option to keep unwanted growth under control is the use of chemicals,
02:11but there's another way, an automatic in-row weeder.
02:14These sophisticated machines are designed to automatically identify and remove weeds within crop rows,
02:20which significantly reduces the need for manual weeding and chemical herbicides.
02:24This in-row weeder utilizes a combination of advanced sensors, cameras, and AI
02:29to tell the difference between crops and weeds and then can ensure precise and efficient removal.
02:34The core technology behind it involves high-resolution cameras and machine vision systems
02:39that capture detailed images of the plants in the field.
02:42These images are processed by sophisticated algorithms to analyze the shape, size, and color of the plants
02:48to differentiate between crops and weeds.
02:50Once a weed's identified, the weeder's mechanical arms or blades are activated to remove it with great accuracy and speed.
02:57Usefully, automatic in-row weeders can operate continuously and consistently,
03:02regardless of the time of day or weather conditions.
03:05This ensures that weeding can be carried out when needed,
03:08rather than being limited by the availability of labor or suitable working conditions.
03:12This makes the vehicles a great option for organic farming and sustainable agriculture.
03:17Another major benefit of them is that they can reduce labor costs and the physical burden on farm workers,
03:22and weeding is notoriously labor-intensive that requires bending, stooping, and repetitive motions,
03:28leading to physical strain and potential injuries.
03:30By automating the process, farmers can reallocate workers to other essential tasks,
03:35improving the overall efficiency and productivity.
03:37And it also means the job can still be done even in regions where there are labor shortages.
03:42Number 13. The Agrobot E-Series Strawberry Harvester
03:46Mmm, strawberries.
03:48Some crops can prove to be far more difficult to harvest than others,
03:51often due to the complex way that they grow and how delicate they are.
03:55And of all of them, the trickiest are arguably strawberries.
03:59Growing on bushes that take on irregular shapes and with fruit that's easily damaged,
04:04for a long time, the only feasible way of collecting strawberries of a good enough quality would be to do it by hand.
04:10The Agrobot E-Series Strawberry Harvester is a game-changer, though,
04:14and is a piece of agricultural technology that was designed to make the strawberry harvesting process way simpler.
04:20Designed by Agrobot, the machine uses cutting-edge robotics and AI to provide an efficient, precise, and labor-saving solution.
04:27It's equipped with multiple robotic arms, each of which is fitted with specialized end-effectors
04:32that are designed to delicately handle strawberries, ensuring little damage during harvesting.
04:37The arms operate with precision, guided by computer vision and machine learning algorithms.
04:42This technology allows the harvesters to selectively pick only the berries that are at the peak of ripeness,
04:47ensuring the best quality and flavor for consumers.
04:50Using high-resolution cameras and advanced image processing,
04:53it can tell the difference between ripe and unripe berries based on color, size, and shape,
04:58and then direct robotic arms to harvest the selected fruit.
05:01The obvious advantage of something like this is its ability to operate continuously and efficiently.
05:07Traditional strawberry harvesting is labor-intensive, requiring many workers to bend and stoop for long hours,
05:13which can be physically demanding and costly.
05:16The E-Series, however, can work tirelessly, covering large areas more quickly and consistently.
05:21It's also designed with versatility in mind, and can be easily adjusted to different field conditions.
05:26The machine, too, is user-friendly, featuring an intuitive control interface
05:30that allows the operators to monitor and manage the harvesting process effectively,
05:34and operators can set parameters such as desired ripeness level and harvesting speed,
05:39tailoring the machine's operation to their farm.
05:43Number 12. The Global Unmanned Spray System
05:46The Global Unmanned Spray System, or GUS for short, is a groundbreaking development in agricultural technology.
05:54Developed by GUS Automation, it's a sprayer that operates without a driver,
05:58which is a revolutionary approach in the agricultural sector.
06:01This capability is made through a combination of GPS guidance, LIDAR sensors, and sophisticated algorithms.
06:07These technologies work together to navigate the environments of orchards and vineyards,
06:12ensuring the sprayer follows precise paths while avoiding obstacles such as trees, poles, and uneven terrain.
06:18Traditional spraying requires multiple people to cover large areas, which can be time-consuming and labor-intensive.
06:24GUS, on the other hand, can operate continuously without the need for rest,
06:29significantly reducing the time required to complete spraying tasks.
06:33Precision is a key too, as the sprayer can be programmed to apply chemicals with exact accuracy
06:39to give uniform coverage and optimal application rates.
06:42This precision reduces the likelihood of over-application or under-application of chemicals,
06:47which can harm crops and the environment.
06:49And it means that there's far less wastage than through other methods.
06:52There's also a massive safety implication by using a device like this.
06:56As traditional spraying operations expose operators to potential harmful chemicals,
07:01GUS eliminates this risk by removing the operator,
07:04and it allows for the operation to be managed from a safe distance.
07:07Using GUS also supports sustainable farming practices.
07:10By optimizing chemical application, the system helps to minimize chemical runoff into surrounding ecosystems.
07:17Number 11. The Vogel baler
07:20The Vogel baler is a machine that was designed specifically to streamline the process of hay and straw baling.
07:26Its main function is to collect cut hay or straw and compress it into compact, manageable bales.
07:32This baling process is critical for efficient storage and transportation,
07:36ensuring that the feed maintains its quality over time.
07:39And the Vogel baler does this extremely well.
07:42Featuring a knotting system, it ensures that each bale is securely tied,
07:46preventing it from unraveling during handling or transport.
07:49The knotting mechanism is both reliable and easy to use and maintain,
07:53reducing downtime and ensuring continuous operation.
07:56And it's compatible with various types of twine, giving farmers flexibility in their choice of materials.
08:01Another major benefit of this baler is its high-capacity intake system.
08:05It can handle large volumes of hay or straw, allowing the baler to operate efficiently even in extensive fields.
08:11The intake mechanism is equipped with sensors that monitor the flow of material,
08:15ensuring consistent feeding and preventing blockages.
08:18As with all tasks on the farm, baling can be a long process that requires hours upon hours in the fields.
08:24But the designers of the Vogel baler have taken this into account by making it as comfortable and easy to use as possible.
08:30The operator's cabin is equipped with intuitive controls and a clear display panel
08:35that provides real-time information on the baling process,
08:38allowing them to make necessary adjustments quickly and efficiently.
08:41And the cabin is ergonomically designed to reduce fatigue,
08:44enabling farmers to work far longer periods of time without discomfort.
08:52The DeWolf GBC-1 is a state-of-the-art machine.
08:55It was designed specifically for the efficient harvesting of carrots.
08:59Vegetables like carrots can be notoriously difficult to effectively harvest by machinery because they grow underground.
09:05But this one comes packed with features that make it as simple and as waste-free as possible.
09:10The machine's equipped with a highly advanced lifting mechanism
09:13that carefully extracts carrots from the soil without causing any damage.
09:17This gentle handling is critical for maintaining the quality and appearance of carrots,
09:21which are vital for both market value and consumer satisfaction.
09:25The GBC-1's got an impressive capacity for high-speed harvesting.
09:28Its design allows for continuous operation,
09:31significantly increasing the rate of harvest compared to traditional methods.
09:34And this high-speed capability is achieved without compromising the gentle handling of the crop.
09:39One of the more important innovations in its design is its advanced sorting and cleaning system.
09:44After lifting the carrots from the soil, the machine automatically sorts and cleans them,
09:48removing any excess dirt and separating carrots based on size and quality.
09:52This automation streamlines the post-harvest processing,
09:55reducing the need for manual labor and ensuring that only the best carrots are selected.
10:05Known for having a robust construction,
10:07the Borgo 7950 air seeder has innovative features and a user-friendly design,
10:11and has become a critical tool for modern farmers aiming to maximize yield
10:15and be sure that their crops will establish properly.
10:18The designers wanted this model to be able to spend more time out in the field than having to refill,
10:23so fitted it with a huge seed and fertilizer capacity.
10:26With a capacity of 950 bushels, the 7950 allows for extended seeding operations,
10:32with the capacity being divided into multiple compartments,
10:35allowing for precise metering and placement of both seed and fertilizer.
10:39The seeder is equipped with Borgo's patented air seeding technology,
10:42which ensures an even and accurate distribution of seeds and fertilizer.
10:46The advanced metering system uses a combination of air pressure
10:49and precise calibration to deliver seeds uniformly.
10:52Another industry-leading feature of it is its control system.
10:55The seeder is equipped with their X35 Apollo system,
10:59which provides real-time monitoring and control over the seeding process.
11:03It offers an easy-to-use touchscreen interface, allowing operators to adjust seeding rates,
11:07monitor seed and fertilizer levels, and track field conditions on the go.
11:12This level of control helps ensure that seeding operations are performed with precision
11:16and significantly reduce waste compared to other methods.
11:19It is also an extremely tough vehicle, designed to be outside no matter the weather.
11:24It is constructed with high-quality materials.
11:26The seeder is built to withstand the demands of continuous use in various fields
11:30and, helpfully, has a modular design that allows for easy access to key components,
11:34making routine maintenance and repairs way simpler.
11:42Potatoes are another crop that can be pretty tricky to harvest,
11:45both because they grow underground and because they can be damaged if they are handled too roughly.
11:50The Airhead Potato Harvester deals with both those concerns,
11:53and it aims to significantly increase the overall yield.
11:56Traditional mechanical harvesters rely on digging and shaking,
12:00and while this usually is effective at removing the potatoes, it will often bruise them too.
12:04The Airhead, though, instead uses a series of air jets to lift the potatoes from the soil,
12:09which is a method that is much gentler on the potatoes,
12:12and it reduces bruising and other forms of damage.
12:15The use of air allows the machine to handle varying soil types and moisture levels more effectively,
12:20ensuring a consistent harvest.
12:22There are sensors there that monitor the position and condition of the potatoes as they are lifted from the soil,
12:27ensuring that the air jets are applied precisely where needed.
12:30The control systems adjust the intensity and direction of the airflow in real time,
12:35adapting to changes in soil composition and crop density,
12:38which is a level of precision that enhances the quality of the harvest.
12:42It is intended for long-term use.
12:44It can also handle large volumes of potatoes very quickly,
12:47and the machine is designed for high throughput, making it ideal for large-scale operations.
12:52The Operator's Cabin 2 is equipped with further advanced controls and displays
12:55that provide real-time data on exactly what's happening during the harvesting process,
13:00and this helps operators make informed decisions and adjustments on the fly,
13:04further enhancing the efficiency and effectiveness of the machine,
13:07with manufacturers claiming it can be as much as 20% more efficient than a traditional harvester.
13:14Moving on to number 7, the Vredo VT5518 Slurry Tanker.
13:19So once your crops are in the ground and growing,
13:22you'll need to add nutrients throughout the growth cycle to ensure you get the maximum yield.
13:27There are various different ways to do this,
13:29but one of the most effective is a dedicated slurry tanker, like the Vredo VT5518.
13:34It offers a huge capacity, and can hold a substantial volume of slurry at one time,
13:39reducing the frequency of refills and allowing for extended time in the field.
13:43It's also supported by an efficient pump system
13:45that ensures a steady and consistent flow of slurry during application.
13:49This system is designed to handle even the thickest of slurries,
13:52ensuring that nutrient-rich material is evenly distributed.
13:56It's also equipped with an advanced GPS control system
13:59that provides precise control over the application process,
14:02something that minimizes wastage, reduces the risks of nutrient runoff,
14:06and ensures that crops receive the optimal amount of nutrients.
14:09Unlike most slurry tankers, though, that spread the material on the surface
14:12and waits for it to be absorbed, the Vredo has a unique cutting disk injection system.
14:17This places the slurry directly into the soil,
14:20and at the same time, helps in aerating it, promoting better root growth.
14:24By injecting slurry below the surface, this system reduces odor
14:27and minimizes the loss of nutrients through volatilization,
14:30making the application process way more friendly.
14:33It's a far more efficient way of doing the job,
14:35and it's a great example of how advanced technologies can simplify
14:39and improve virtually every job on the farm.
14:42Like other modern vehicles, this tanker has advanced monitoring devices
14:45that show, on a display, its performance to the operator,
14:48and allows for minute adjustments to be made,
14:50where field conditions may require more or less material,
14:53depending on the surrounding conditions.
15:00As anyone with a backyard will know, cutting the grass can suck,
15:04and it becomes all the more problematic when you have huge fields on a farm.
15:08Of course, that grass is a valuable resource,
15:11because it can be baled and used for food for livestock during the winter,
15:14so it's important that it's cut quickly, but in a way that can be easily collected.
15:19The Kloss Cougar 1400 mower is one of the best available.
15:22It's designed for use on large-scale farms with a working width of up to 46 feet,
15:27or about 14 meters.
15:28It's one of the largest self-propelled mowers available.
15:31That extensive cutting capacity reduces time and labor required for mowing,
15:35making it ideal for large agricultural operations.
15:38It's got five independently suspended mowing units,
15:42which are arranged to ensure an even and consistent cut across the entire width.
15:46Each unit operates with its own set of cutting discs,
15:49allowing the mower to adapt to a varying field condition and maintain a high-quality cut.
15:53The ingenious way that this mower has been designed
15:56is the use of an advanced hydraulic suspension system.
15:59This allows each of the five mowing units to independently follow the contours of the ground,
16:04providing precise and consistent cutting even on uneven terrain.
16:08The suspension system not only enhances the quality of the cut,
16:11but also reduces wear and tear, so, you know, that's pretty nice.
16:14It's fitted with an efficient engine that delivers plenty of power
16:17to handle demanding requirements of large scales,
16:20but at the same time, it's designed to be efficient with its use of fuel.
16:23It's this balance of power and efficiency that keeps the Cougar 1400
16:27working for extended periods without interruption, and in a cost-effective way.
16:31You know, which is nice.
16:39With a name like that, I guess sometimes on a farm you need a vehicle
16:42with a huge amount of strength and brute force,
16:44and one of the largest and most powerful production tractors available is the AGCO Challenger.
16:49Weighing just over 27 tons with an output of more than 600 horsepower,
16:54its fuel tank takes at least 20 minutes to fill,
16:57and holds as much as some sprayers do in order to keep the 18-liter engine going.
17:01This, though, allows it to deliver high torque at low RPMs,
17:05ensuring great performance even under the most demanding conditions.
17:08The power generated by the engine allows it to do a wide range of heavy-duty tasks,
17:12from deep tillage and large-scale planting,
17:15to pulling heavy equipment and transporting large loads.
17:18This tractor utilizes a full power shift transmission,
17:21which provides seamless movement between gears,
17:23ensuring that power is delivered smoothly.
17:25And the use of this transmission system not only enhances the tractor's performance,
17:29but it also improves its fuel efficiency.
17:31It's also compatible with a range of farm equipment.
17:34It's equipped with a sophisticated hydraulic system.
17:36With a high-flow hydraulic pump, the tractor can provide plenty of power
17:39to operate a wide range of hydraulic implements,
17:42even several at a time, which is useful in modern farming.
17:45The Challenger also uses advanced tech to support precision farming practices,
17:50so it's compatible with the various GPS and telematic systems
17:53allowing farmers to monitor and manage their operations with greater accuracy.
17:57Those systems provide real-time data on the tractor's performance,
18:00location, and maintenance needs,
18:02which enables farmers to make informed decisions and optimize their farming process.
18:10Ah, good old cabbages.
18:12At first, you might think that a row of cabbages would be fairly simple to harvest,
18:16but to remove them at speed and carefully enough so they aren't damaged
18:20requires quite a specialized vehicle.
18:22A cabbage harvester uses a unique cutting and lifting mechanism
18:26that's typically made up of a series of sharp blades
18:28that cut the cabbage heads at the base.
18:31These blades are designed to make clean cuts to avoid damaging the cabbage,
18:34ensuring that the heads remain intact.
18:36Following the cut, the lifting system gently raises the cabbage heads from the field
18:40and transports them onto a conveyor belt.
18:43This process is designed to handle a cabbage as delicately as possible
18:46to prevent any bruising or any other damage.
18:49Modern cabbage harvesters are equipped with advanced technology
18:52to further improve their efficiency and precision.
18:54Of course, GPS sensors and systems are commonly used
18:57to guide the harvester through the field accurately.
19:00These systems can ensure that the machine follows the best path,
19:03maximizing coverage and minimizing missed areas.
19:06This selective harvesting capability is crucial for maintaining crop quality
19:10and optimizing your yield.
19:12Another important feature of cabbage harvesters
19:14is their ability to perform under various field conditions.
19:17These machines are built so they can handle uneven terrain,
19:20muddy fields and different soil types.
19:22The durability of cabbage harvesters make them suitable
19:25for diverse agricultural environments,
19:27ensuring consistent performance regardless of the field conditions.
19:35Once the crop is grown and ready, it's time to harvest.
19:39And on farms around the world,
19:41you'll have undoubtedly seen a combine harvester doing this work.
19:45Not everyone is the same, though,
19:47and one of the largest and most advanced of all
19:49is the enormous Fendt Ideal 10.
19:52It's equipped with a 790-horsepower, 16.2-liter six-cylinder engine.
19:57It has the power to handle the most demanding tasks.
20:01The engine not only delivers high performance,
20:04but also pretty fuel-efficient,
20:06reducing any operational costs and environmental impact.
20:09The high torque output allows it to maintain a consistent performance
20:12even under heavy loads and challenging field conditions.
20:16It's not just its strength, though, but the precision at which it harvests.
20:20And to do this, the Ideal 10 has a helix threshing and separating system,
20:24which is designed to maximize grain quality and minimize loss.
20:27The helix's large diameter rotors allow for increased throughput,
20:31making the Ideal 10 capable of handling large volumes of crops.
20:35It also has the Ideal Balance Cleaning System,
20:37which ensures that grain is thoroughly cleaned and separated from chaff and debris.
20:42This system uses a combination of dual returns
20:44and a double-deck cleaning shoe to improve the cleaning process.
20:48This ensures that the grain collected is of the highest quality,
20:51ready for storage or immediate sale.
20:53With the latest technological advances, too,
20:55the Fendt Ideal 10 does a lot of the decision-making for you
20:58with automation technology.
21:00The Ideal Harvest System uses a network of sensors and cameras
21:03to monitor the crop flow and adjust the machine settings automatically
21:06for optimal performance.
21:08And it'll adjust rotor speeds, concave clearance, and cleaning fan speeds
21:11to match the current field conditions without needing the operator,
21:15meaning they're able to focus on other elements of the harvest.
21:23Good old beets.
21:24Around 20% of the world's sugar production comes from sugar beets,
21:28which means that vast fields are full of the crop,
21:31and when it comes time to harvest,
21:32a specialized machine like the Homer T440 Harvester can make all the difference.
21:37Equipped with a Mercedes-Benz engine,
21:38this harvester delivers an impressive 626 horsepower
21:42and means that the T440 can operate efficiently
21:45under the most demanding conditions.
21:47The engine's fuel efficiency and compliance with strict emission controls
21:50is also contributed to reduced operational costs.
21:53The harvester's equipped with Homer's TerraDOS lifting unit,
21:56which includes a series of highly efficient lifting shears
21:59and central depth control system.
22:01Now the system ensures that the beets are lifted gently and efficiently
22:05from the soil, minimizing damage and loss.
22:07Another efficiency savings with the T440 is its cleaning system,
22:11which uses a combination of rollers, turbines, and sieves
22:14to remove soil and debris from the beets as they're harvested.
22:17This multi-stage process ensures that the beets are thoroughly cleaned
22:21before being stored,
22:22which is essential for maintaining their quality and market value.
22:25The cleaning system, too, is designed to handle large volumes of beets,
22:28allowing the harvester to operate continuously without needing to empty.
22:32The T440 also incorporates some advanced tech,
22:35such as telematic systems that provide real-time data on its performance,
22:38and the farmer will therefore know exactly how much of the crop
22:41has been harvested and is in storage,
22:43and will have updates on the size and quality of the produce.
22:46This data then helps to improve the overall yield,
22:49but also lets the farmer know exactly what to expect when they sell the crop
22:53and eliminate the unexpected and costly surprises later down the line,
22:57like what you see in the toilet after you eat a beet salad.
23:04So one of the biggest challenges that farmers face
23:06is that different crops grow in drastically different ways,
23:09and often the most in-demand produce is the one that's trickiest to actually collect.
23:14Some of the most popular fruits and nuts grow on trees, for example,
23:17and this adds an extra layer of difficulty,
23:20because you need to protect the trees so they can produce next season.
23:23Traditionally, this would mean needing to collect everything by hand,
23:26but new types of technology have now provided an alternative.
23:30A mechanical tree shaker is a specialized piece of equipment
23:33that helps with the harvesting of tree fruits and nuts,
23:36such as almonds, olives, pecans, apples, and cherries.
23:40They do this by applying a controlled amount of force to a tree,
23:43causing it to vibrate and, as a result, dislodge the fruits or nuts.
23:47This typically is achieved using a powerful hydraulic system
23:50that operates a set of clamping arms or a shaking head.
23:53The machine positions itself around the trunk or a major limb of the tree
23:57and then gently but firmly grips it.
23:59Once secure, the shaker activates its hydraulic system
24:02to shake the tree at a frequency and intensity
24:04tailored to the type of fruit or nut being harvested.
24:08Mechanical tree shakers are designed to handle a wide range of tree sizes and shapes.
24:12They can be mounted on various platforms,
24:14such as tractors or self-propelled vehicles,
24:16making them versatile and adaptable.
24:18The efficiency, though, of the mechanical tree shakers is their biggest advantage,
24:22as traditional manual harvesting methods are very labor-intensive,
24:26requiring large teams of workers to pick fruits or nuts by hand.
24:30This increased efficiency with a mechanical tree shaker
24:32not only lowers operational costs,
24:34but also helps to ensure that the harvest is completed within the optimal time frame.
24:39While many will let the fruit fall to the ground,
24:41some of the tree shakers include a net that wraps around the tree first
24:45and catches everything that's dislodged,
24:47and then, once it's carefully been emptied into a storage bin,
24:50the produce can then be sorted and prepared for market.
24:53Everyone, thanks for watching. I'll see you next time.
24:57Thank you to our channel members.