SDLG L968H vs L975H: Which Heavy Loader Matches Your Production Target?
The step from the 6-tonne to the 7-tonne class is the last "normal" upgrade in the SDLG loader range — beyond it lie the flagship machines, and with them a different order of transport, fuel and finance economics. That makes the L968H-versus-L975H decision the most consequential sizing choice most Kenyan quarry and mining contractors will face. Both machines carry published specification conflicts, both answer to truck fleets in the 30–40-tonne band, and both are bought by the same serious operators. This comparison discloses the conflicts, works the pass-matching arithmetic, and shows the production scenarios where each machine is the honest answer.
Quick answers if you are weighing the two: the SDLG L968H vs L975H Kenya decision turns on truck size and daily tonnage. The L968H Kenya class suits 30 t trucks at five-to-six passes; the L975H Kenya class steps to 40 t trucks at similar pass counts, adding capacity without adding a loader pass count. Heavy loader Kenya buyers should weigh both machines' published figures against the official datasheets — both models carry source conflicts, disclosed below rather than averaged. For quarry loader comparison Kenya purposes, the arithmetic in this guide is the honest starting point. Both machines are quoted in writing with verified datasheets by the SDLG dealer Kenya desk on +254 718 686 967, and heavy wheel loader for sale Kenya finance is standard asset finance scaled to the loan.
| L968H | 6-tonne class; published figures conflict (website 6.3 t / 20,850 kg; catalogue 6.5 t / ≈23 t) — datasheet governs |
| L975H | 7-tonne class; published bucket and weight also conflict (website 4.5 m³ / 26,690 kg; catalogue 4.2 m³ / ≈25.5 t) — datasheet governs |
| Truck match | L968H: 30 t class · L975H: 40 t class — the pass-count logic keeps loads inside verified payloads |
| Guardrail | All figures are configuration-dependent ranges; the written quotation must state the verified configuration |
| Verification date | 2026-10-29 |
Both conflicts, disclosed side by side
| Model | Website source | Catalogue source |
|---|---|---|
| L968H | 6.3 t payload · 3.5 m³ · 20,850 kg | 6.5 t class · 4.0 m³ · ≈23,000 kg |
| L975H | 4.5 m³ bucket · 26,690 kg | 4.2 m³ · ≈25,500 kg |
Pass matching at the heavy classes
With stated assumptions (loose blasted rock at 1.7 t/m³, 90% fill factor, density-matched buckets):
| Scenario | L968H class (6 t, 3.8 m³ bucket) | L975H class (7 t, 4.2 m³ bucket) |
|---|---|---|
| 20 t tipper | ≈4 passes — under-used; the 5-tonne class deserves the job | Not recommended; overkill |
| 30 t tipper | ≈5–6 passes — the class's reference match | ≈4–5 passes — comfortable, headroom for denser material |
| 40 t tipper | ≈8 passes — stretched; review honestly | ≈5–6 passes — the class's reference match |
The structural insight: pass count, not bucket volume, is the productivity currency. A loader holding a 40 t truck at five passes converts its premium into daily tonnage; the same machine on 20 t trucks simply carries unused capability between small loads.
When the L968H is the right machine
- Trucks are 30 t class and daily tonnage sits in the mid-to-high thousands
- Site access and ground conditions favour the lighter of the two heavy machines — at ≈21–23 t vs ≈25–27 t, the difference matters on soft or finished ground
- Transport frequency is real — the lighter machine mobilises cheaper between quarries and phases
- Programmes are production-graded but not mega-scale — the class's economics close without flagship-grade utilisation
The L968H quarry guide covers that machine's own case in full; this comparison exists to settle the step-up question.
When the L975H earns its premium
- Trucks are 40 t class or migrating there within two years — buying the class once beats an early trade-up
- Daily tonnage targets are high — the class's capacity converts to tonnage only when the trucks and crusher can absorb it
- Material is dense — blasted rock and wet aggregate favour the bigger machine's verified payload headroom
- The site holds the machine long-term — the heavier class amortises best on sustained placements, not frequent moves
Ownership economics across the step
The step up compounds: purchase price, tyres, fuel, transport and finance all scale together. The offset is tonnes per litre and per engine hour on matched work. The honest test is the same as every class step in this campaign: what fraction of your annual hours genuinely uses the extra capacity, and what is that work worth? If 40 t trucks and sustained high tonnage describe most of your calendar, the L975H's premium compounds away; if they describe a third of it, the L968H's lighter economics win. Model both in the cost estimate calculator with your real numbers, and let the arithmetic rather than aspiration decide.
A season with each machine: two realistic programmes
| Programme element | L968H season | L975H season |
|---|---|---|
| Truck fleet | Three 30 t tippers cycling from face to crusher | Three 40 t tippers on longer hauls to a central crusher |
| Daily pattern | Loader holds five-to-six passes; trucks queue briefly at peak hours | Loader holds five-to-six passes; queue discipline decides the shift margin |
| Material | General blasted rock, mixed faces | Denser blasted rock; wet aggregate in the rains |
| Movement | Two site moves per quarter between quarry phases | Season-long placement per quarry; moves planned annually |
| End-of-season position | Hours evenly spread; tyres at planned wear; resale file complete | Higher total tonnes at similar hours; tyre budget met early and honestly |
Neither season is exotic; both describe working Kenyan quarries. The L968H's season monetises balance — trucks, passes and moves in proportion — while the L975H's monetises scale, where the truck fleet and crusher genuinely absorb its capacity. The discipline is identical at both: match the machine to the programme that actually exists, not the one that would justify the bigger purchase.
Ownership cost lines at the heavy classes
Four lines dominate, and all four scale with the step up. Tyres: the single largest wear item at these weights; site-surface discipline, inflation management and rotation practice decide how often you meet the replacement budget — and the heavier machine meets it sooner. Fuel per tonne: rewards matched loading more than any other habit; a density-matched bucket inside the verified payload moves more tonnes per litre at either class. Bucket edges, pins and GET: cheap against downtime at any scale; keep the wear kit on site. Scheduled service: modest if honoured, expensive if deferred — dusty quarry air punishes skipped filters at 25 tonnes just as surely as at 15, only the repair bill is bigger. Buyers should budget these four lines per class at purchase, and ask the desk for the wear-parts kit pricing with each quotation.
For operators ready to buy SDLG loader Kenya stock at the heavy classes, the purchase conversation carries one extra step that smaller machines do not: the specification conflict on both models makes the datasheet-verification step non-negotiable, and the L968H specs and L975H specs your quotation states must trace to that document — not to either of the conflicting public sources. The desk builds that verification into the quotation as standard, because at these loan sizes an undocumented configuration is a risk neither side should carry.
The resale and exit-value angle
Heavy loaders resell into a thinner but more professional buyer pool than mid-size machines — quarries and mines buy on files, not photographs, and the documentation habit matters proportionally more at these prices. Keep every service record, photograph wear items at each interval, retain the PDI and warranty papers with the verified datasheet, and the exit value takes care of itself. At the heavy classes, that discipline is also a procurement asset: public and mining tenders increasingly require documented maintenance history, and a machine with a complete file qualifies for programmes that hours-only machines do not. If you are weighing the step up partly for tender positioning, say so to the desk — the pairing of documentation and class choice belongs in the same conversation, and getting both right together is cheaper than fixing either alone later.
Frequently asked questions
1. What are the real specifications of the L968H and L975H?
Both models carry published conflicts between the dealer website and catalogue — disclosed in the table above rather than averaged. The official configuration datasheet for your quoted unit governs, and the quotation must state which figures apply.
2. L968H or L975H for 30-tonne trucks?
The L968H at five-to-six passes is the reference match; the L975H adds headroom for denser material and growth toward 40 t trucks, at higher hourly and transport cost. Growth horizon decides.
3. When does the L975H definitely make sense?
When 40 t trucks, high daily tonnage and sustained placements describe most of your programme — the class's premium converts to tonnage only under those conditions.
4. Can both machines feed a crusher?
Both can; the bigger machine suits higher crusher consumption rates, but hopper position and buffer strategy matter more than loader size on crusher work.
5. Which is cheaper to transport between sites?
The L968H — at roughly two to four tonnes lighter depending on the verified configuration, its mobilisation costs run lower; frequent movers feel that difference directly.
6. Can I finance either machine on the same structure?
Yes — both follow standard asset finance with deposits and tenors scaled to the loan. The documents checklist covers the file.
7. What if my trucks span 30 and 40 tonnes?
Mixed fleets favour the larger machine with bucket discipline per truck — or the pairing conversation with the SDLG desk, because the wrong single choice repeated across a mixed fleet compounds.
8. Where do I start the comparison for my quarry?
Send the desk your truck sizes, daily tonnage and face materials — the team will run both machines' pass-matching worksheets against your data and quote whichever wins with the datasheet attached.
Run both machines against your real production numbers
Tell us your trucks, tonnage and materials — we will compute the pass-matching and ownership economics for both classes, confirm the verified configuration with its datasheet, and quote the machine your arithmetic selects.
Disclaimer: Both models' published figures conflict between dealer sources and are disclosed rather than averaged; the official configuration datasheet is authoritative. Production figures are illustrative planning values with stated assumptions, verified 2026-10-29. Finance terms are lender-specific and not guaranteed.
SDLG L968H vs L975H: Which Heavy Loader Matches Your Production Target?
The step from the 6-tonne to the 7-tonne class is the last "normal" upgrade in the SDLG loader range — beyond it lie the flagship machines, and with them a different order of transport, fuel and finance economics. That makes the L968H-versus-L975H decision the most consequential sizing choice most Kenyan quarry and mining contractors will face. Both machines carry published specification conflicts, both answer to truck fleets in the 30–40-tonne band, and both are bought by the same serious operators. This comparison discloses the conflicts, works the pass-matching arithmetic, and shows the production scenarios where each machine is the honest answer.
Quick answers if you are weighing the two: the SDLG L968H vs L975H Kenya decision turns on truck size and daily tonnage. The L968H Kenya class suits 30 t trucks at five-to-six passes; the L975H Kenya class steps to 40 t trucks at similar pass counts, adding capacity without adding a loader pass count. Heavy loader Kenya buyers should weigh both machines' published figures against the official datasheets — both models carry source conflicts, disclosed below rather than averaged. For quarry loader comparison Kenya purposes, the arithmetic in this guide is the honest starting point. Both machines are quoted in writing with verified datasheets by the SDLG dealer Kenya desk on +254 718 686 967, and heavy wheel loader for sale Kenya finance is standard asset finance scaled to the loan.
| L968H | 6-tonne class; published figures conflict (website 6.3 t / 20,850 kg; catalogue 6.5 t / ≈23 t) — datasheet governs |
| L975H | 7-tonne class; published bucket and weight also conflict (website 4.5 m³ / 26,690 kg; catalogue 4.2 m³ / ≈25.5 t) — datasheet governs |
| Truck match | L968H: 30 t class · L975H: 40 t class — the pass-count logic keeps loads inside verified payloads |
| Guardrail | All figures are configuration-dependent ranges; the written quotation must state the verified configuration |
| Verification date | 2026-10-29 |
Both conflicts, disclosed side by side
| Model | Website source | Catalogue source |
|---|---|---|
| L968H | 6.3 t payload · 3.5 m³ · 20,850 kg | 6.5 t class · 4.0 m³ · ≈23,000 kg |
| L975H | 4.5 m³ bucket · 26,690 kg | 4.2 m³ · ≈25,500 kg |
Pass matching at the heavy classes
With stated assumptions (loose blasted rock at 1.7 t/m³, 90% fill factor, density-matched buckets):
| Scenario | L968H class (6 t, 3.8 m³ bucket) | L975H class (7 t, 4.2 m³ bucket) |
|---|---|---|
| 20 t tipper | ≈4 passes — under-used; the 5-tonne class deserves the job | Not recommended; overkill |
| 30 t tipper | ≈5–6 passes — the class's reference match | ≈4–5 passes — comfortable, headroom for denser material |
| 40 t tipper | ≈8 passes — stretched; review honestly | ≈5–6 passes — the class's reference match |
The structural insight: pass count, not bucket volume, is the productivity currency. A loader holding a 40 t truck at five passes converts its premium into daily tonnage; the same machine on 20 t trucks simply carries unused capability between small loads.
When the L968H is the right machine
- Trucks are 30 t class and daily tonnage sits in the mid-to-high thousands
- Site access and ground conditions favour the lighter of the two heavy machines — at ≈21–23 t vs ≈25–27 t, the difference matters on soft or finished ground
- Transport frequency is real — the lighter machine mobilises cheaper between quarries and phases
- Programmes are production-graded but not mega-scale — the class's economics close without flagship-grade utilisation
The L968H quarry guide covers that machine's own case in full; this comparison exists to settle the step-up question.
When the L975H earns its premium
- Trucks are 40 t class or migrating there within two years — buying the class once beats an early trade-up
- Daily tonnage targets are high — the class's capacity converts to tonnage only when the trucks and crusher can absorb it
- Material is dense — blasted rock and wet aggregate favour the bigger machine's verified payload headroom
- The site holds the machine long-term — the heavier class amortises best on sustained placements, not frequent moves
Ownership economics across the step
The step up compounds: purchase price, tyres, fuel, transport and finance all scale together. The offset is tonnes per litre and per engine hour on matched work. The honest test is the same as every class step in this campaign: what fraction of your annual hours genuinely uses the extra capacity, and what is that work worth? If 40 t trucks and sustained high tonnage describe most of your calendar, the L975H's premium compounds away; if they describe a third of it, the L968H's lighter economics win. Model both in the cost estimate calculator with your real numbers, and let the arithmetic rather than aspiration decide.
A season with each machine: two realistic programmes
| Programme element | L968H season | L975H season |
|---|---|---|
| Truck fleet | Three 30 t tippers cycling from face to crusher | Three 40 t tippers on longer hauls to a central crusher |
| Daily pattern | Loader holds five-to-six passes; trucks queue briefly at peak hours | Loader holds five-to-six passes; queue discipline decides the shift margin |
| Material | General blasted rock, mixed faces | Denser blasted rock; wet aggregate in the rains |
| Movement | Two site moves per quarter between quarry phases | Season-long placement per quarry; moves planned annually |
| End-of-season position | Hours evenly spread; tyres at planned wear; resale file complete | Higher total tonnes at similar hours; tyre budget met early and honestly |
Neither season is exotic; both describe working Kenyan quarries. The L968H's season monetises balance — trucks, passes and moves in proportion — while the L975H's monetises scale, where the truck fleet and crusher genuinely absorb its capacity. The discipline is identical at both: match the machine to the programme that actually exists, not the one that would justify the bigger purchase.
Ownership cost lines at the heavy classes
Four lines dominate, and all four scale with the step up. Tyres: the single largest wear item at these weights; site-surface discipline, inflation management and rotation practice decide how often you meet the replacement budget — and the heavier machine meets it sooner. Fuel per tonne: rewards matched loading more than any other habit; a density-matched bucket inside the verified payload moves more tonnes per litre at either class. Bucket edges, pins and GET: cheap against downtime at any scale; keep the wear kit on site. Scheduled service: modest if honoured, expensive if deferred — dusty quarry air punishes skipped filters at 25 tonnes just as surely as at 15, only the repair bill is bigger. Buyers should budget these four lines per class at purchase, and ask the desk for the wear-parts kit pricing with each quotation.
For operators ready to buy SDLG loader Kenya stock at the heavy classes, the purchase conversation carries one extra step that smaller machines do not: the specification conflict on both models makes the datasheet-verification step non-negotiable, and the L968H specs and L975H specs your quotation states must trace to that document — not to either of the conflicting public sources. The desk builds that verification into the quotation as standard, because at these loan sizes an undocumented configuration is a risk neither side should carry.
The resale and exit-value angle
Heavy loaders resell into a thinner but more professional buyer pool than mid-size machines — quarries and mines buy on files, not photographs, and the documentation habit matters proportionally more at these prices. Keep every service record, photograph wear items at each interval, retain the PDI and warranty papers with the verified datasheet, and the exit value takes care of itself. At the heavy classes, that discipline is also a procurement asset: public and mining tenders increasingly require documented maintenance history, and a machine with a complete file qualifies for programmes that hours-only machines do not. If you are weighing the step up partly for tender positioning, say so to the desk — the pairing of documentation and class choice belongs in the same conversation, and getting both right together is cheaper than fixing either alone later.
Frequently asked questions
1. What are the real specifications of the L968H and L975H?
Both models carry published conflicts between the dealer website and catalogue — disclosed in the table above rather than averaged. The official configuration datasheet for your quoted unit governs, and the quotation must state which figures apply.
2. L968H or L975H for 30-tonne trucks?
The L968H at five-to-six passes is the reference match; the L975H adds headroom for denser material and growth toward 40 t trucks, at higher hourly and transport cost. Growth horizon decides.
3. When does the L975H definitely make sense?
When 40 t trucks, high daily tonnage and sustained placements describe most of your programme — the class's premium converts to tonnage only under those conditions.
4. Can both machines feed a crusher?
Both can; the bigger machine suits higher crusher consumption rates, but hopper position and buffer strategy matter more than loader size on crusher work.
5. Which is cheaper to transport between sites?
The L968H — at roughly two to four tonnes lighter depending on the verified configuration, its mobilisation costs run lower; frequent movers feel that difference directly.
6. Can I finance either machine on the same structure?
Yes — both follow standard asset finance with deposits and tenors scaled to the loan. The documents checklist covers the file.
7. What if my trucks span 30 and 40 tonnes?
Mixed fleets favour the larger machine with bucket discipline per truck — or the pairing conversation with the SDLG desk, because the wrong single choice repeated across a mixed fleet compounds.
8. Where do I start the comparison for my quarry?
Send the desk your truck sizes, daily tonnage and face materials — the team will run both machines' pass-matching worksheets against your data and quote whichever wins with the datasheet attached.
Run both machines against your real production numbers
Tell us your trucks, tonnage and materials — we will compute the pass-matching and ownership economics for both classes, confirm the verified configuration with its datasheet, and quote the machine your arithmetic selects.
Disclaimer: Both models' published figures conflict between dealer sources and are disclosed rather than averaged; the official configuration datasheet is authoritative. Production figures are illustrative planning values with stated assumptions, verified 2026-10-29. Finance terms are lender-specific and not guaranteed.
