SDLG L918F for Farms and Feedlots in Kenya: Uses, Attachments and Buying Guide
Specifications, indicative pricing and practical workload guidance for choosing an L918F compact loader, bucket and attachment package.
Searching for an SDLG L918F for farm work in Kenya usually starts with a practical problem: feed ingredients take too long to move, manure accumulates faster than the team can clear it, or a tractor and manual labour no longer match the yard’s daily workload. The right question is not simply whether the machine can lift a bucket. It is whether the complete configuration can perform your repetitive tasks safely, efficiently and within the available space.
SDLG L918F equipment specifications
The table below summarises the published L918F reference configuration. It provides a useful starting point for farm and feedlot planning, but it is not a substitute for the datasheet and nameplate of the exact Kenyan unit. Engine, emissions equipment, tyres, coupler, bucket and other items can vary by market and production configuration.
| Specification | L918F reference figure | Buying implication |
|---|---|---|
| Rated load | 1,800 kg | Rated machine load—not the safe mass of every bucketful or attachment load. |
| Operating weight | 6,800 kg | Confirm the actual unit for transport and ground-bearing checks. |
| Engine | Deutz TCD3.6 L4 | Verify the engine fitted to the Kenyan machine. |
| Maximum power | 55 kW (74 hp) at 2,300 rpm | Reference power for the published configuration. |
| Standard bucket capacity | 0.8 m³ | Material density and fill factor determine actual load mass. |
| Full-turn tipping load | 3,600 kg | A stability reference—not a permissible working load. |
| Breakout force | 38 kN | Relevant when comparing digging and stockpile conditions. |
| Length × width × height | 5.85 × 2.14 × 2.92 m | Check gates, sheds, trailers and operating clearances. |
| Maximum discharge height | 2.42 m | Compare with the mixer, trailer or stockpile loading point. |
| Outside turning radius | 5.34 m | Test against real yard and feed-passage manoeuvring space. |
Specification basis: published L918F technical data from the North American reference configuration, including the SDLG dealer specification and L918F dimensions and technical data. Trust Partners Geo-Group must confirm the current official datasheet and actual unit before sale.
Which farm and feedlot jobs should drive the decision?
Start with a one-week task record. Write down each material, approximate load, travel distance, number of cycles and any height or access restriction. This produces a better buying brief than a general request for a “farm loader.” It also helps separate work that needs a loader from work that needs a telehandler, forklift, conveyor or larger production machine.
| Farm task | What the loader must do well | Configuration questions |
|---|---|---|
| Feed ingredients and total mixed ration inputs | Move loose or bagged ingredients from storage to a mixer, stockpile or feeding point. | Is a bucket, pallet fork or both required? How important is clean-out, spillage control and manoeuvring around the mixer? |
| Manure and organic material | Handle bulky, damp or fibrous material without unsuitable bucket selection or unsafe overloading. | Should you compare a general-purpose bucket, manure fork or grapple? How do moisture and density change the load? |
| Grain, feedstock and light stockpiles | Load and reclaim material while protecting the working surface and reducing unnecessary travel. | What volume per cycle is useful? Is a larger light-material bucket appropriate for the machine and material? |
| Yard cleaning and general farm duties | Switch between short, varied tasks across sheds, stores and yards. | Would a quick coupler reduce changeover time? Are doorways, turning areas and ground conditions suitable? |
For the existing model specifications, availability and pricing framework, read our SDLG L918F specifications, price and availability guide. This article deliberately focuses on applications and buying decisions so the two resources answer different questions.
Calculate the workload before choosing a bucket
Bucket selection begins with the material, not with the largest available volume. A bucket that is suitable for a light material may be unsuitable when the same volume of a much denser material is loaded. Moisture, compaction and fill factor also change the real load.
Step 1: Estimate the planning volume
Measure or obtain a defensible density for your actual material. The following are calculation examples only, not L918F ratings and not universal material densities:
| Illustrative scenario | Assumed measured density | Target load | Calculated volume |
|---|---|---|---|
| Light, loose farm material | 300 kg/m³ | 600 kg | 600 ÷ 300 = 2.0 m³ |
| Prepared feed mixture | 650 kg/m³ | 650 kg | 650 ÷ 650 = 1.0 m³ |
| Damp organic material | 900 kg/m³ | 450 kg | 450 ÷ 900 = 0.5 m³ |
Step 2: Translate cycles into daily output
Next, estimate how much material the operation must move within the available working window. Record the time spent loading, travelling, tipping and returning. Include congestion, cleaning and attachment changes rather than assuming an uninterrupted cycle.
Planning volume per hour = cycles per hour × bucket volume × realistic fill factor
For example, an illustrative 2.5-minute average cycle produces 24 cycles per hour. With a 1.0 m³ bucket and an assumed 85% fill factor, the planning result would be 24 × 1.0 × 0.85 = 20.4 m³ per hour. This is not a claimed L918F production figure; it demonstrates how to test your own measured assumptions. Repeat the calculation with your real cycle times and include downtime.
Choose attachments around the task mix
The most useful attachment package is the one that reduces total handling time without compromising safe operation. A farm that handles loose feed every morning and pallets every afternoon may benefit from two well-matched tools rather than one oversized bucket.
General-purpose or application-specific bucket
Use the material and workload calculations to discuss bucket type and volume. Ask how clean-out, visibility, spillage and the working surface will be affected. A larger light-material option should be considered only where the machine configuration and material density support it.
Pallet forks
Forks are relevant for bagged feed, fertiliser, parts and other palletised inputs. Check load centre, fork length, pallet condition, stacking height and whether a dedicated forklift or telehandler would be safer for the actual lift.
Manure fork, grapple or bale-handling tool
Bulky, fibrous or irregular material may call for a specialist tool rather than a standard bucket. Confirm the material flow, hydraulic requirements, coupler interface and attachment weight. Do not assume that every advertised attachment fits every L918F configuration.
Quick coupler
A coupler may help where operators change tools several times a day. Evaluate the changeover process, locking mechanism, visibility, operator procedure and effect on attachment mass and load geometry. Convenience must never replace the specified locking and inspection routine.
When is the L918F a good fit—and when should you compare alternatives?
A compact loader becomes attractive when material handling is frequent enough to justify mechanisation but the working area rewards a smaller turning and operating footprint. Mixed farm duties also make attachment flexibility valuable. The strongest buying case usually comes from several recurring tasks that can share one properly configured machine.
Compare a larger wheel loader when sustained high-volume production, dense material or demanding stockpile work dominates. Compare a telehandler when forward reach and placement are more important than conventional bucket loading. For occasional low-volume tasks, mechanisation may not produce an acceptable return. A site-specific comparison should include capital, attachments, fuel, labour, maintenance, transport and expected utilisation.
Plan ownership, transport and daily operating routines
Before purchase, identify where the machine will be stored, cleaned and serviced. Feed and organic material can accumulate around working components, so the cleaning routine should follow the official manual and the conditions of use. Operators should understand pre-start inspection, attachment locking, safe travel, tipping, shutdown and daily reporting procedures.
- Confirm service intervals, consumables and inspection requirements from the current official documentation.
- Establish who performs daily checks and who is authorised to change attachments.
- Plan transport using verified machine and attachment weights, dimensions and towing requirements.
- Ask for the exact warranty coverage, commissioning scope, parts support and operator handover in writing.
- Keep people, animals and unnecessary vehicles outside the operating zone, and use the specified safety procedures.
SDLG L918F price range in Kenya
For budgeting, the existing Trust Partners Geo-Group L918F guide gives an indicative 2026 price range of KES 4,000,000–6,000,000 for the standard machine. This is a planning band, not a firm offer or a guaranteed transaction price.
The final figure can change with the exact machine configuration, bucket and attachments, tyres, auxiliary hydraulics, delivery, commissioning, applicable taxes and support package. Availability and any finance terms must also be confirmed separately. Use the range to prepare a budget, then request an itemised written quotation for the actual unit. See the related L918F specifications, price and availability guide for the original pricing context.
What to include in your L918F quotation request
A useful quotation should reflect the job, not just the base machine. Send the dealer a short operating brief and request an itemised response.
- List the three most frequent materials and describe their condition, density evidence and handling points.
- Estimate daily or weekly volume, average travel distance, cycle pattern and peak-season workload.
- Record doorway, turning, storage and height restrictions, plus the ground conditions.
- Specify the attachments you want quoted and ask whether alternatives would better suit the task.
- Request confirmation of machine configuration, availability, delivery, commissioning, warranty and support.
- Ask for the price basis, applicable taxes, attachment costs and any optional items to be shown separately.
Configuration, specifications and availability must be verified against the current official datasheet and the actual unit. This guide does not substitute for the operator manual, a site assessment or a written quotation.
Match the loader and attachments to your farm workload
Share your materials, daily volume, working area and attachment requirements with Trust Partners Geo-Group. We can then help structure an itemised equipment estimate for the appropriate configuration.
Get an equipment cost estimate Contact the SDLG deskFrequently asked questions
What are the key SDLG L918F specifications?
The published L918F reference configuration lists a 1,800 kg rated load, approximately 6,800 kg operating weight, Deutz TCD3.6 L4 engine, 55 kW (74 hp) maximum power, 0.8 m³ standard bucket, 2.42 m maximum discharge height and 5.34 m outside turning radius. These are reference figures; the dealer must verify the exact Kenyan unit and its official datasheet.
What farm work can an SDLG L918F compact loader do?
It can be evaluated for repeated loading and material-handling work such as moving feed ingredients, handling manure, clearing yards and loading suitable farm materials. The right configuration depends on the material, attachment, working surface, lift requirement and daily duty cycle.
Which attachment is best for feedlot work?
A bucket suits loose-material loading, while a manure fork or grapple may improve handling of bulky or fibrous material. Pallet forks support bagged or palletised inputs. Confirm attachment availability, coupler compatibility, hydraulic requirements and safe working limits for the exact L918F configuration.
How do I calculate the bucket capacity I need?
Divide the target load in kilograms by the measured material density in kilograms per cubic metre. The result is a planning volume in cubic metres. Then verify bucket rated capacity, fill factor, machine payload, stability and lift limits with the dealer; calculation alone does not establish safe machine capability.
Is a compact loader always better than a larger loader for a farm?
No. A compact loader can suit confined yards and mixed daily tasks, while a larger machine may be appropriate for high-volume production, dense material or demanding loading cycles. A telehandler may be more suitable where forward reach is the main requirement.
How much does an SDLG L918F cost in Kenya?
The indicative 2026 Kenyan budgeting range is KES 4,000,000–6,000,000 for the standard machine, based on the existing Trust Partners Geo-Group L918F guide. It is not a firm offer. Configuration, attachments, delivery, commissioning, applicable taxes and support affect the final itemised quotation.
Can the quotation include farm attachments?
Yes. Request an itemised quotation covering the exact machine, bucket, pallet forks, manure fork, grapple, quick coupler or other required tools. Compatibility, hydraulic requirements, attachment mass, availability and safe working limits must be confirmed for the actual L918F configuration.
What should I check before accepting an L918F quotation?
Check the model and serial details, official datasheet, engine and powertrain, rated load, bucket and attachment list, tyres, delivery scope, commissioning, warranty, parts support, applicable taxes and total price. Confirm that the written quotation matches the machine and work requirements discussed.
SDLG L918F for Farms and Feedlots in Kenya: Uses, Attachments and Buying Guide
Specifications, indicative pricing and practical workload guidance for choosing an L918F compact loader, bucket and attachment package.
Searching for an SDLG L918F for farm work in Kenya usually starts with a practical problem: feed ingredients take too long to move, manure accumulates faster than the team can clear it, or a tractor and manual labour no longer match the yard’s daily workload. The right question is not simply whether the machine can lift a bucket. It is whether the complete configuration can perform your repetitive tasks safely, efficiently and within the available space.
SDLG L918F equipment specifications
The table below summarises the published L918F reference configuration. It provides a useful starting point for farm and feedlot planning, but it is not a substitute for the datasheet and nameplate of the exact Kenyan unit. Engine, emissions equipment, tyres, coupler, bucket and other items can vary by market and production configuration.
| Specification | L918F reference figure | Buying implication |
|---|---|---|
| Rated load | 1,800 kg | Rated machine load—not the safe mass of every bucketful or attachment load. |
| Operating weight | 6,800 kg | Confirm the actual unit for transport and ground-bearing checks. |
| Engine | Deutz TCD3.6 L4 | Verify the engine fitted to the Kenyan machine. |
| Maximum power | 55 kW (74 hp) at 2,300 rpm | Reference power for the published configuration. |
| Standard bucket capacity | 0.8 m³ | Material density and fill factor determine actual load mass. |
| Full-turn tipping load | 3,600 kg | A stability reference—not a permissible working load. |
| Breakout force | 38 kN | Relevant when comparing digging and stockpile conditions. |
| Length × width × height | 5.85 × 2.14 × 2.92 m | Check gates, sheds, trailers and operating clearances. |
| Maximum discharge height | 2.42 m | Compare with the mixer, trailer or stockpile loading point. |
| Outside turning radius | 5.34 m | Test against real yard and feed-passage manoeuvring space. |
Specification basis: published L918F technical data from the North American reference configuration, including the SDLG dealer specification and L918F dimensions and technical data. Trust Partners Geo-Group must confirm the current official datasheet and actual unit before sale.
Which farm and feedlot jobs should drive the decision?
Start with a one-week task record. Write down each material, approximate load, travel distance, number of cycles and any height or access restriction. This produces a better buying brief than a general request for a “farm loader.” It also helps separate work that needs a loader from work that needs a telehandler, forklift, conveyor or larger production machine.
| Farm task | What the loader must do well | Configuration questions |
|---|---|---|
| Feed ingredients and total mixed ration inputs | Move loose or bagged ingredients from storage to a mixer, stockpile or feeding point. | Is a bucket, pallet fork or both required? How important is clean-out, spillage control and manoeuvring around the mixer? |
| Manure and organic material | Handle bulky, damp or fibrous material without unsuitable bucket selection or unsafe overloading. | Should you compare a general-purpose bucket, manure fork or grapple? How do moisture and density change the load? |
| Grain, feedstock and light stockpiles | Load and reclaim material while protecting the working surface and reducing unnecessary travel. | What volume per cycle is useful? Is a larger light-material bucket appropriate for the machine and material? |
| Yard cleaning and general farm duties | Switch between short, varied tasks across sheds, stores and yards. | Would a quick coupler reduce changeover time? Are doorways, turning areas and ground conditions suitable? |
For the existing model specifications, availability and pricing framework, read our SDLG L918F specifications, price and availability guide. This article deliberately focuses on applications and buying decisions so the two resources answer different questions.
Calculate the workload before choosing a bucket
Bucket selection begins with the material, not with the largest available volume. A bucket that is suitable for a light material may be unsuitable when the same volume of a much denser material is loaded. Moisture, compaction and fill factor also change the real load.
Step 1: Estimate the planning volume
Measure or obtain a defensible density for your actual material. The following are calculation examples only, not L918F ratings and not universal material densities:
| Illustrative scenario | Assumed measured density | Target load | Calculated volume |
|---|---|---|---|
| Light, loose farm material | 300 kg/m³ | 600 kg | 600 ÷ 300 = 2.0 m³ |
| Prepared feed mixture | 650 kg/m³ | 650 kg | 650 ÷ 650 = 1.0 m³ |
| Damp organic material | 900 kg/m³ | 450 kg | 450 ÷ 900 = 0.5 m³ |
Step 2: Translate cycles into daily output
Next, estimate how much material the operation must move within the available working window. Record the time spent loading, travelling, tipping and returning. Include congestion, cleaning and attachment changes rather than assuming an uninterrupted cycle.
Planning volume per hour = cycles per hour × bucket volume × realistic fill factor
For example, an illustrative 2.5-minute average cycle produces 24 cycles per hour. With a 1.0 m³ bucket and an assumed 85% fill factor, the planning result would be 24 × 1.0 × 0.85 = 20.4 m³ per hour. This is not a claimed L918F production figure; it demonstrates how to test your own measured assumptions. Repeat the calculation with your real cycle times and include downtime.
Choose attachments around the task mix
The most useful attachment package is the one that reduces total handling time without compromising safe operation. A farm that handles loose feed every morning and pallets every afternoon may benefit from two well-matched tools rather than one oversized bucket.
General-purpose or application-specific bucket
Use the material and workload calculations to discuss bucket type and volume. Ask how clean-out, visibility, spillage and the working surface will be affected. A larger light-material option should be considered only where the machine configuration and material density support it.
Pallet forks
Forks are relevant for bagged feed, fertiliser, parts and other palletised inputs. Check load centre, fork length, pallet condition, stacking height and whether a dedicated forklift or telehandler would be safer for the actual lift.
Manure fork, grapple or bale-handling tool
Bulky, fibrous or irregular material may call for a specialist tool rather than a standard bucket. Confirm the material flow, hydraulic requirements, coupler interface and attachment weight. Do not assume that every advertised attachment fits every L918F configuration.
Quick coupler
A coupler may help where operators change tools several times a day. Evaluate the changeover process, locking mechanism, visibility, operator procedure and effect on attachment mass and load geometry. Convenience must never replace the specified locking and inspection routine.
When is the L918F a good fit—and when should you compare alternatives?
A compact loader becomes attractive when material handling is frequent enough to justify mechanisation but the working area rewards a smaller turning and operating footprint. Mixed farm duties also make attachment flexibility valuable. The strongest buying case usually comes from several recurring tasks that can share one properly configured machine.
Compare a larger wheel loader when sustained high-volume production, dense material or demanding stockpile work dominates. Compare a telehandler when forward reach and placement are more important than conventional bucket loading. For occasional low-volume tasks, mechanisation may not produce an acceptable return. A site-specific comparison should include capital, attachments, fuel, labour, maintenance, transport and expected utilisation.
Plan ownership, transport and daily operating routines
Before purchase, identify where the machine will be stored, cleaned and serviced. Feed and organic material can accumulate around working components, so the cleaning routine should follow the official manual and the conditions of use. Operators should understand pre-start inspection, attachment locking, safe travel, tipping, shutdown and daily reporting procedures.
- Confirm service intervals, consumables and inspection requirements from the current official documentation.
- Establish who performs daily checks and who is authorised to change attachments.
- Plan transport using verified machine and attachment weights, dimensions and towing requirements.
- Ask for the exact warranty coverage, commissioning scope, parts support and operator handover in writing.
- Keep people, animals and unnecessary vehicles outside the operating zone, and use the specified safety procedures.
SDLG L918F price range in Kenya
For budgeting, the existing Trust Partners Geo-Group L918F guide gives an indicative 2026 price range of KES 4,000,000–6,000,000 for the standard machine. This is a planning band, not a firm offer or a guaranteed transaction price.
The final figure can change with the exact machine configuration, bucket and attachments, tyres, auxiliary hydraulics, delivery, commissioning, applicable taxes and support package. Availability and any finance terms must also be confirmed separately. Use the range to prepare a budget, then request an itemised written quotation for the actual unit. See the related L918F specifications, price and availability guide for the original pricing context.
What to include in your L918F quotation request
A useful quotation should reflect the job, not just the base machine. Send the dealer a short operating brief and request an itemised response.
- List the three most frequent materials and describe their condition, density evidence and handling points.
- Estimate daily or weekly volume, average travel distance, cycle pattern and peak-season workload.
- Record doorway, turning, storage and height restrictions, plus the ground conditions.
- Specify the attachments you want quoted and ask whether alternatives would better suit the task.
- Request confirmation of machine configuration, availability, delivery, commissioning, warranty and support.
- Ask for the price basis, applicable taxes, attachment costs and any optional items to be shown separately.
Configuration, specifications and availability must be verified against the current official datasheet and the actual unit. This guide does not substitute for the operator manual, a site assessment or a written quotation.
Match the loader and attachments to your farm workload
Share your materials, daily volume, working area and attachment requirements with Trust Partners Geo-Group. We can then help structure an itemised equipment estimate for the appropriate configuration.
Get an equipment cost estimate Contact the SDLG deskFrequently asked questions
What are the key SDLG L918F specifications?
The published L918F reference configuration lists a 1,800 kg rated load, approximately 6,800 kg operating weight, Deutz TCD3.6 L4 engine, 55 kW (74 hp) maximum power, 0.8 m³ standard bucket, 2.42 m maximum discharge height and 5.34 m outside turning radius. These are reference figures; the dealer must verify the exact Kenyan unit and its official datasheet.
What farm work can an SDLG L918F compact loader do?
It can be evaluated for repeated loading and material-handling work such as moving feed ingredients, handling manure, clearing yards and loading suitable farm materials. The right configuration depends on the material, attachment, working surface, lift requirement and daily duty cycle.
Which attachment is best for feedlot work?
A bucket suits loose-material loading, while a manure fork or grapple may improve handling of bulky or fibrous material. Pallet forks support bagged or palletised inputs. Confirm attachment availability, coupler compatibility, hydraulic requirements and safe working limits for the exact L918F configuration.
How do I calculate the bucket capacity I need?
Divide the target load in kilograms by the measured material density in kilograms per cubic metre. The result is a planning volume in cubic metres. Then verify bucket rated capacity, fill factor, machine payload, stability and lift limits with the dealer; calculation alone does not establish safe machine capability.
Is a compact loader always better than a larger loader for a farm?
No. A compact loader can suit confined yards and mixed daily tasks, while a larger machine may be appropriate for high-volume production, dense material or demanding loading cycles. A telehandler may be more suitable where forward reach is the main requirement.
How much does an SDLG L918F cost in Kenya?
The indicative 2026 Kenyan budgeting range is KES 4,000,000–6,000,000 for the standard machine, based on the existing Trust Partners Geo-Group L918F guide. It is not a firm offer. Configuration, attachments, delivery, commissioning, applicable taxes and support affect the final itemised quotation.
Can the quotation include farm attachments?
Yes. Request an itemised quotation covering the exact machine, bucket, pallet forks, manure fork, grapple, quick coupler or other required tools. Compatibility, hydraulic requirements, attachment mass, availability and safe working limits must be confirmed for the actual L918F configuration.
What should I check before accepting an L918F quotation?
Check the model and serial details, official datasheet, engine and powertrain, rated load, bucket and attachment list, tyres, delivery scope, commissioning, warranty, parts support, applicable taxes and total price. Confirm that the written quotation matches the machine and work requirements discussed.
