_KASCFDI_09.webp)
| Type | Multi Crop Harvester |
| Brand | Khedut |
| Model | KASCFDI 09 |
| Category | multi-crop harvester |
The Khedut KASCFDI 09 is a multi-crop seed-cum-fertilizer drill with an inclined-plate seed metering mechanism. It is designed to help farmers sow suitable row crops while applying fertilizer during the same field operation, subject to the machine's configuration and correct adjustment.
For farmers who regularly grow crops such as groundnut, soybean, cotton, maize, sunflower and suitable pulses, a multi-crop seed drill can simplify sowing operations. Instead of placing every seed manually, the machine meters seeds through a mechanism that is selected and adjusted for the crop. When properly calibrated, it can help improve consistency in seed placement, reduce avoidable seed wastage and lower the labour required for repetitive sowing work.
The inclined-plate mechanism is an important consideration when choosing this implement. Different crops have different seed sizes, shapes and recommended planting distances. The appropriate seed plate, row configuration, sowing depth and seed rate must therefore be checked for the intended crop. The machine should not be assumed to sow every crop accurately without changing settings or confirming compatibility.
The combined sowing and fertilizer-placement function may be useful to farms that want to coordinate two operations in one pass. Actual savings depend on field size, soil condition, labour availability, tractor performance, operating speed and the time required for calibration. Good machine adjustment is essential; purchasing a drill alone does not guarantee better germination or higher yield.
Before buying the Khedut KASCFDI 09, confirm its current price, recommended tractor power, working width, weight, row configuration, seed plate options and warranty with an authorized seller. These exact model details should be verified rather than inferred from another Khedut implement.
This guide explains its practical features, suitable crops, compatible farming operations, ownership considerations and how to compare it with a rotor-base seed-cum-fertilizer drill. It is intended to help farmers identify whether the inclined-plate design matches their crops, soil preparation practices and sowing requirements.
The current Khedut KASCFDI 09 price is available through a dealer enquiry. A verified model-specific selling price was not available from the reviewed sources, so an exact rupee amount should not be published until the seller confirms it.
The final purchase cost may vary with dealer location, applicable taxes, transport, installation, optional components and the agreed supply terms. State-wise differences can also arise from logistics and local dealer offers. Ask for a written quotation that separates the implement price from any additional charges.
A dealer may offer financing or an instalment arrangement, but eligibility, interest rates, down payment and repayment terms depend on the lender. Do not assume that a particular EMI or subsidy amount is guaranteed.
Price enquiry: Use the enquiry option on this page to request the latest dealer quotation and availability for your location.
The following points explain the practical benefits associated with the inclined-plate seed-cum-fertilizer drill design. Crop compatibility and actual performance depend on the supplied configuration and field calibration.
The inclined plate meters suitable seeds as the implement moves. Selecting the correct plate for the crop helps control seed delivery and reduce irregular placement.
A multi-crop design can support different suitable row crops when the appropriate seed plate and machine settings are available. Confirm compatibility for every intended crop.
The implement is designed to coordinate sowing with fertilizer placement. Correct fertilizer rates and placement are important for crop safety and nutrient-use efficiency.
Properly adjusted metering can improve consistency compared with uncalibrated manual broadcasting. Results depend on seed quality, speed, soil preparation and settings.
Mechanized row sowing can reduce repetitive manual work, particularly where larger areas must be planted during a limited sowing window.
Combining operations may reduce the number of separate field passes. Actual savings should be assessed against the farm's existing sowing method.
Row crops require suitable spacing for plant development and subsequent operations. Verify the available row settings and whether they match the intended crop.
Seed delivery must match the recommended population and spacing. A calibration test helps establish whether the chosen settings deliver the intended quantity.
Seed depth affects establishment, but the correct depth varies by crop, soil moisture and soil texture. Set and test the machine before covering the full field.
Tractor compatibility depends on the implement's actual power requirement, hitch arrangement, field conditions and tractor capacity. Confirm these details before purchase.
Accurate metering can help limit excess seed use. Worn plates, unsuitable seeds and incorrect adjustments can reduce that benefit.
Using documented calibration settings for each crop makes it easier to repeat a sowing process across fields and seasons, provided conditions remain suitable.
Important: These are design-related and operational benefits, not independently measured performance claims for this exact model. Obtain the manufacturer's instructions and verify the supplied features before purchase.
The current Kissan Bharat listing identifies maize, groundnut, soybean, cotton, sunflower, sorghum and pulses as potential crops. Actual suitability must be confirmed against the supplied seed plates, row configuration and local agronomic recommendations.
Do not automatically treat every multi-crop inclined-plate planter as a suitable wheat drill or paddy seeder. Small-grain crops can require different metering systems, sowing configurations and field conditions. Confirm suitability with Khedut or an agronomist before using this model for those crops.
Field preparation should suit the crop, soil moisture, residue level and the machine's furrow-opening design. Black, loamy or red soils should not be treated as automatically compatible in every condition. Heavy, sticky, compacted or residue-covered fields may require different preparation or a different implement configuration.
The KASCFDI 09 is a sowing implement, so the most useful companion equipment is the machinery required to prepare the field, establish the crop and manage it after sowing. Tractor power and hitch compatibility must be confirmed for every implement.
Can be used for suitable seedbed preparation before sowing when the crop and soil require it. Avoid unnecessary tillage passes where conservation practices are appropriate.
Useful for suitable tillage and weed management before planting. Select the working depth and implement based on soil condition.
May be used in the field-preparation sequence where required. The right choice depends on the existing soil structure, residues and crop establishment method.
Supports later crop-protection operations. Choose the nozzle, application rate and product according to the crop and approved label instructions.
Can support mechanical weed management when crop rows and implement clearances are compatible.
Useful for transporting seed, fertilizer and harvested produce around the farm. It is a separate operation and requires suitable tractor and load capacity.
A seed drill does not replace every implement in a farm's machinery set. An MB plough, disc harrow, trailer, sprayer or additional tillage equipment should be purchased according to actual farm requirements, rather than as an assumed accessory package.
The implement is most attractive when its crop compatibility and operating capacity align with recurring sowing needs. Farmers with only occasional use should also compare custom-hiring costs against the full ownership cost.
From a farm-management perspective, the Khedut KASCFDI 09 should be evaluated as a mechanized row-sowing solution rather than simply as a machine with multiple crop labels. Its principal appeal is the inclined-plate metering concept combined with seed-cum-fertilizer functionality. For a farmer who repeatedly plants compatible row crops, these functions can simplify field operations and make sowing more systematic.
The first factor to assess is the crop portfolio. A farmer growing groundnut, soybean, cotton or maize should identify the exact seed types used on the farm and ask the dealer to demonstrate the corresponding plate and settings. Seed size, shape, spacing and target plant population affect metering. A machine advertised as multi-crop should not be assumed to handle every seed equally well without adjustment.
The second factor is field preparation. The performance of a seed drill depends on the interaction between the furrow openers, soil condition, residue, moisture and tractor operation. Excessively wet soil may stick to components, while compacted or uneven fields may make consistent depth more difficult. Before purchasing, arrange a field demonstration under conditions representative of the farm. Observe seed placement, fertilizer delivery, blockage, adjustment time and the ease of cleaning the metering components.
Tractor matching is equally important. A model's required horsepower cannot safely be inferred from the horsepower of a related implement or another model variant. Confirm the exact tractor requirement, three-point linkage compatibility, transport arrangement and any hydraulic or other requirements. The tractor should operate the implement without excessive strain in the farm's actual soil conditions.
Ownership economics should be assessed across the full season. Compare the purchase price, finance cost, routine maintenance, replacement parts, labour savings and number of hectares expected to be sown annually. A farmer with substantial recurring sowing requirements may justify ownership more easily than someone who needs the machine for a small area once a year. Custom hiring or a shared-machinery arrangement can be worth comparing.
Fertilizer placement deserves particular attention. The recommended nutrient rate, fertilizer type and placement relative to the seed should follow the crop's agronomic guidance. Incorrect placement or excessive application can damage crop establishment rather than improve it. Calibration should therefore cover both seed delivery and fertilizer output.
My buying recommendation is conditional: the KASCFDI 09 is worth shortlisting when the farmer needs compatible row-crop sowing with combined fertilizer placement and can confirm the supplied configuration through a demonstration. It should not be selected solely on a broad multi-crop claim or an unverified price. Obtain the manufacturer's instructions, a written quotation, warranty terms and a parts-support commitment before deciding. These checks are more useful for long-term value than unsupported claims about yield increases or fuel savings.
The closest useful comparison is another Khedut multi-crop seed-cum-fertilizer drill. Tractor Junction lists a rotor-base product family under the model series KASCFDR 09, 11 and 13. This is a different model family from the inclined-plate KASCFDI 09, and their specifications should not be interchanged.
| Buying factor | KASCFDI 09 | Khedut rotor-base series |
|---|---|---|
| Mechanism | Inclined-plate seed metering | Rotor-base configuration |
| Tractor power | Confirm exact requirement with dealer | 35–55 HP listed for the product family |
| Engine and PTO | Not applicable as implement specifications; confirm tractor compatibility | Not applicable as implement specifications; confirm tractor compatibility |
| Price | Request current model-specific quotation | Dealer quotation required |
| Weight and working width | Exact model data not verified | Published family data: 2000 mm working width; weights listed as 310, 350 and 390 kg for the 09, 11 and 13 variants respectively |
| Seed and fertilizer capacity | Confirm supplied configuration | Published family data lists 70 kg combined seed and fertilizer box capacity |
| Best selection criterion | Seed-plate suitability, target spacing and crop-specific metering | Compatibility of the rotor-based metering arrangement with the intended crop and sowing practice |
The rotor-base figures are published for a family of models and are not specifications for KASCFDI 09. Confirm the variant, configuration and current manufacturer's documentation before comparing quotations.
Choose the inclined-plate model when the supplied seed plates and adjustment system suit the crops and spacing requirements on your farm. Consider the rotor-base alternative when its metering arrangement and intended operating method better match your sowing practice. Ask the dealer to demonstrate both machines with the actual seed and fertilizer you use before making a final decision.
Farmers may shortlist the Khedut KASCFDI 09 when they want to mechanize row sowing, coordinate fertilizer placement and reduce the manual effort associated with planting suitable crops. The inclined-plate mechanism offers a crop-specific metering approach, while the multi-crop design may be useful for diversified farms that grow several compatible crops during different seasons.
Its practical value depends on whether the supplied configuration fits the farm's seeds, spacing requirements, soil conditions and tractor. A dealer demonstration, a verified quotation and accessible replacement parts should be part of the buying decision.
The KASCFDI 09 is worth considering for farmers who regularly sow compatible row crops, want to mechanize planting and can match the implement to a suitable tractor. It may also suit farmer groups or custom-hiring operators if there is enough local demand for the machine's crop capabilities.
Farmers with small annual sowing areas should compare hiring or shared ownership with purchasing. Those growing small-seeded crops, requiring specialist precision planting, or operating in difficult soil conditions should first confirm whether the inclined-plate configuration meets their specific needs.
Get the latest price, dealer availability, finance options and compatibility guidance for the Khedut KASCFDI 09 seed-cum-fertilizer drill. Share your location, tractor details and crops so you can evaluate the right configuration.
Enquire NowThe Khedut KASCFDI 09 is a multi-crop seed-cum-fertilizer drill with an inclined-plate seed metering mechanism. It is designed to sow compatible crops and coordinate fertilizer placement during the same field operation. Confirm the exact supplied configuration, crop compatibility and operating requirements with an authorized seller before purchasing.
A verified current price for this exact model was not available in the reviewed sources. Request a written dealer quotation that specifies the implement variant, included components, taxes, transport and installation. The final price can vary by location and dealer terms, so compare quotations on the same configuration rather than relying on a category-level price estimate.
Confirm the exact tractor horsepower requirement for KASCFDI 09 with Khedut or its authorized dealer. The 35–55 HP range published for a related Khedut inclined-plate product family should not replace model-specific confirmation. Soil conditions, implement configuration and tractor linkage compatibility should also be checked before operating the machine.
The Kissan Bharat listing identifies groundnut, soybean, cotton, maize, sunflower, sorghum and suitable pulses as potential crops. Actual compatibility depends on the seed plate, seed size, row arrangement and calibration. Ask the dealer to demonstrate the intended crop before purchasing, particularly if you use specialized seed varieties or require precise plant spacing.
Yes, it is described as a seed-cum-fertilizer drill intended to coordinate seed sowing and fertilizer placement. The fertilizer rate, placement and compatibility with the chosen crop must be set according to agronomic recommendations. Calibrate both seed and fertilizer delivery, and ensure fertilizer is placed appropriately to avoid damaging germinating seeds.
An inclined-plate mechanism meters seeds through plate cells selected for the crop. With a suitable plate and correct adjustment, it can support controlled seed delivery and planned spacing. Performance depends on seed characteristics, operating speed, machine condition and calibration. The mechanism does not guarantee perfect singulation or uniform emergence in every field.
Groundnut and soybean are listed as potential crops on the Kissan Bharat product page. Before using the implement, confirm that the supplied seed plate accommodates the actual seed, and set the recommended seed rate, row spacing and depth. A field test can help verify seed delivery before the full area is planted.
Do not assume the inclined-plate model is suitable for every cereal or paddy establishment method. Wheat drilling and paddy sowing can require different metering arrangements, row configurations and field conditions. Ask the manufacturer for written crop compatibility guidance before using this model for wheat, rice or any crop not confirmed for its configuration.
The exact model-specific weight and working width could not be verified from the reviewed sources. Ask the dealer for the current product brochure or specification sheet for KASCFDI 09, rather than using figures from the KASCFDR rotor-base family. These measurements matter for tractor matching, transport, storage and field manoeuvrability.
Correct seed placement and suitable soil coverage can support crop establishment, but germination also depends on seed quality, moisture, temperature, sowing depth and soil conditions. The drill cannot guarantee a particular germination percentage or yield increase. Calibrate the implement and follow crop-specific sowing recommendations to help establish a uniform crop stand.
Mechanized sowing can reduce manual planting effort and may combine sowing with fertilizer placement. Actual labour savings depend on the area planted, field capacity, preparation time, operator experience and maintenance needs. Compare total operating costs with your current sowing method or local custom-hiring rates to estimate whether ownership is financially worthwhile.
Follow the manufacturer's maintenance schedule. Typical checks include cleaning seed and fertilizer boxes, inspecting seed plates and metering components, checking drive parts and fasteners, and removing residue after use. Keep components dry where recommended, inspect wear before each season and replace damaged parts with approved replacements. The exact lubrication and service requirements should come from the manual.
An inclined-plate drill uses a plate-based mechanism to meter compatible seeds, while a rotor-base model uses a different metering arrangement. Crop suitability, seed-size range, spacing adjustments and operating requirements can differ. Compare the manufacturer's specifications and demonstrate both mechanisms using your actual seed before choosing the more appropriate configuration.
Financing availability depends on the dealer, participating lender and applicant eligibility. Ask for the total financed amount, down payment, interest rate, processing charges, repayment term and total payable amount. Treat any EMI estimate as indicative until the lender issues an offer. Compare the financing cost with the expected savings and annual use of the implement.
Agricultural machinery assistance may be available under applicable government programmes, but eligibility and approved assistance depend on the current scheme, state rules, farmer category, implement classification and application process. Check the official agricultural mechanization portal and your state agriculture department. Do not assume that this specific model qualifies or that a fixed subsidy is guaranteed.
The exact warranty duration and exclusions were not independently verified. Before purchase, request written warranty terms covering the implement, eligible components, service process and conditions that may void coverage. Also ask about replacement seed plates, wear parts, service availability and expected turnaround times during the sowing season.
It may suit a small farm if the machine matches the crops and tractor and is used often enough to justify its cost. Farmers with limited annual sowing requirements should compare ownership with custom hiring or shared use. Include transport, storage, maintenance, finance and operator costs when evaluating the purchase.
Verify the exact model, price, tractor power, weight, working width, compatible seed plates, row spacing, fertilizer adjustment, warranty and parts availability. Request a demonstration with the intended seed and fertilizer, and ask for a written quotation. Confirm that the machine suits your soil conditions and cropping pattern before paying an advance.
