New Holland’s traditional CR Series covers a surprisingly wide range of harvesting capacity.
At the bottom, the New Holland CR7.80 produces up to 415 hp. At the other end, the CR10.90 reaches 700 hp.
Between them sit the CR7.90, CR8.90 and CR9.90.
All five use New Holland’s Twin Rotor threshing and separation concept, so choosing between them is not simply a question of one combine having better technology than another.
The real difference is capacity.
A larger CR gives you more power reserve for heavy crop flow, wider headers and demanding harvest conditions. But that capacity only has value if your acres, grain cart, trucks and storage system can keep the combine working.
For a lot of farms, the biggest CR is not automatically the right CR.
This guide compares the five traditional North American CR models and explains where each one makes the most sense.
New Holland CR Series Comparison
| Model | Gross Engine Power | Maximum Engine Power | Threshing System | Best Fit |
|---|---|---|---|---|
| CR7.80 | 374 hp | 415 hp | Twin Rotor | Medium to larger grain farms |
| CR7.90 | 420 hp | 460 hp | Twin Rotor | Larger acreage needing more reserve |
| CR8.90 | 496 hp | Up to 571 hp* | Twin Rotor | Large Prairie grain operations |
| CR9.90 | 544 hp | 600 hp | Twin Rotor | High-acreage, high-throughput harvest |
| CR10.90 | 639 hp | 700 hp | Twin Rotor | Very large operations and maximum traditional CR capacity |
*New Holland currently lists a CR8.90 Opti-Clean configuration at 544 maximum hp as well as a CR8.90 configuration reaching 571 hp. Exact specifications should be checked by configuration and model year.
The important part of this table is not simply that horsepower increases as you move up the lineup.
Look at the size of the jumps.
CR7.80 to CR7.90 adds 45 maximum horsepower.
CR7.90 to CR8.90 can add more than 100 hp.
CR8.90 to CR9.90 is a much smaller step in maximum horsepower.
Then CR9.90 to CR10.90 adds another 100 hp.
Those differences help explain why each step in the lineup does not represent the same increase in real-world harvesting capacity.
What All Five CR Combines Have in Common
Before looking at the differences, it helps to understand what does not change.
The CR7.80 through CR10.90 are all part of New Holland’s established CR Twin Rotor platform.
They share the same basic harvesting philosophy: crop enters the machine and is divided between two longitudinal rotors that handle threshing and separation as material moves toward the rear.
That relatively straight crop path is one of the defining features of a New Holland CR.
All five are rotary combines.
They are fundamentally different from New Holland’s conventional CX machines, such as the CX8.90 and CX8.80, which use conventional threshing with straw walkers.
Across the CR family, operators can also find technologies such as IntelliSense combine automation, IntelliSteer guidance, SmartTrax and New Holland’s residue-management systems, depending on model and configuration.
So moving from a CR7.80 to a CR9.90 is not like changing from one completely different harvesting system to another.
You are mainly moving up in available power and capacity within the same general CR concept.
CR7.80: The Entry Point Into the CR Series
The New Holland CR7.80 is the lowest-powered model in the current traditional North American CR lineup.
It produces:
- 374 hp gross
- 415 hp maximum
Calling it the smallest CR can create the wrong impression.
A 415 hp rotary combine is still a substantial harvesting machine.
The CR7.80 makes sense for farms that want Twin Rotor threshing but cannot justify moving directly into a 500, 600 or 700 hp combine.
That can include medium and larger grain farms running one combine, operations with moderate header widths, or farms where trucking and grain-cart capacity would become the bottleneck before the combine itself.
Where the CR7.80 makes sense
Think about the CR7.80 if:
- you want Twin Rotor threshing without maximum CR capacity
- your acreage does not justify a CR9.90 or CR10.90
- one combine handles most of your harvest
- your grain-handling system has moderate capacity
- you grow a mix of cereals, canola and pulses
- machine utilization matters more than having the largest model
A CR7.80 working steadily can be a better fit than a larger combine that spends part of every day waiting.
CR7.90: A Moderate Step Up
The New Holland CR7.90 moves power to:
- 420 hp gross
- 460 hp maximum
That is 45 more maximum horsepower than the CR7.80.
It is a useful increase, but not an enormous jump.
The CR7.90 makes sense when a CR7.80 is close to the capacity you need but you want additional reserve for heavier crop, larger headers or more demanding residue management.
This can be particularly relevant in Western Canada.
A combine that feels comfortable in lighter wheat may behave very differently when it moves into a heavy crop or when canola straw gets tough late in the day.
The extra power gives the CR7.90 more room to absorb those changes.
CR7.80 vs CR7.90
For many farms, this is the closest comparison in the lineup.
| CR7.80 | CR7.90 | |
|---|---|---|
| Gross power | 374 hp | 420 hp |
| Maximum power | 415 hp | 460 hp |
| Max power difference | +45 hp | |
| Threshing | Twin Rotor | Twin Rotor |
If a CR7.80 already provides enough capacity for your acres and harvest window, the CR7.90 may not change the operation dramatically.
If the CR7.80 would regularly be working close to its limit, the CR7.90 is the more comfortable choice.
CR8.90: The Big Jump in the Middle
The New Holland CR8.90 is where the lineup takes a much bigger step.
New Holland lists:
- 496 hp gross
- up to 571 hp maximum
There is an important configuration note here.
New Holland North America currently shows both a CR8.90 reaching 571 maximum horsepower and a CR8.90 Opti-Clean configuration rated at 544 maximum horsepower.
That is why specifications for a particular CR8.90 should be checked against its exact configuration and model year.
Even with that qualification, the CR8.90 represents a substantial increase over the CR7.90.
Moving from 460 maximum hp to as much as 571 hp gives the combine considerably more power reserve.
This is where the CR range starts to make more sense for farms with genuinely large annual acreage.
Where the CR8.90 starts to stand out
The CR8.90 becomes interesting when:
- harvest acreage is large
- crop yields regularly load the combine heavily
- larger headers are part of the operation
- the harvest window is short
- grain carts and trucks can keep up
- the farm needs more reserve than a CR7-series machine provides
For Saskatchewan, Alberta and Manitoba grain farms, this is an important part of the lineup.
It gives a large operation serious CR capacity without immediately moving to a 600 or 700 hp combine.
CR7.90 vs CR8.90
This is one of the biggest steps between neighbouring models.
| CR7.90 | CR8.90 | |
|---|---|---|
| Gross power | 420 hp | 496 hp |
| Maximum power | 460 hp | Up to 571 hp |
| Maximum difference | Up to +111 hp | |
| Threshing | Twin Rotor | Twin Rotor |
That 111 hp maximum difference is large enough to change the character of the machine.
A farm regularly pushing a CR7.90 in high-yielding crop has a real reason to look at the CR8.90.
But there is another side to it.
If the CR7.90 spends significant time waiting for a cart or truck, the CR8.90 will probably spend even more time waiting.
The extra horsepower cannot fix harvest logistics.
CR9.90: High Capacity Without Going to the CR10.90
The New Holland CR9.90 produces:
- 544 hp gross
- 600 hp maximum
New Holland currently lists both Aggressive Shake and Opti-Clean CR9.90 configurations in North America.
The CR9.90 is clearly a high-capacity combine, but its relationship with the CR8.90 is interesting.
If you compare maximum horsepower alone, a 571 hp CR8.90 and a 600 hp CR9.90 are separated by only 29 hp.
That is much smaller than the jump from CR7.90 to CR8.90.
This is why horsepower should not be the only number used when comparing combines.
Configuration, crop-processing capacity, cleaning system, headers and the way the machine is equipped all matter.
Still, the CR9.90 provides more power reserve and sits closer to the top of the established CR range.
Who should look at a CR9.90?
The CR9.90 makes the most sense for farms where:
- annual harvest acreage is high
- heavy crop flow is normal rather than occasional
- large headers are already being used
- grain carts unload the combine on the move
- trucks and storage have enough capacity
- harvest delays carry a significant cost
At this level, the combine needs to be viewed as one part of a harvesting system.
The machine cannot create 600 hp worth of productivity if everything around it is sized for a much smaller combine.
CR8.90 vs CR9.90
| CR8.90 | CR9.90 | |
|---|---|---|
| Gross power | 496 hp | 544 hp |
| Maximum power | Up to 571 hp* | 600 hp |
| Gross power difference | +48 hp | |
| Threshing | Twin Rotor | Twin Rotor |
*CR8.90 maximum power varies by listed configuration.
This comparison is more nuanced than CR7.90 versus CR8.90.
The CR9.90 is the larger machine, but the horsepower gap is not huge when compared with the highest-output CR8.90 configuration.
For an operation looking at these two, condition, exact configuration, hours, header compatibility and dealer support may matter as much as the model number.
CR10.90: Maximum Capacity of the Traditional CR Platform
At the top of this family is the New Holland CR10.90.
Its Cursor 16 engine produces:
- 639 hp gross
- 700 hp maximum
That is 100 more maximum horsepower than the CR9.90.
The CR10.90 is not simply a CR7.80 with a larger engine.
At this point, the entire operation needs to support the amount of crop the combine can process.
New Holland used the CR10.90 to set a wheat harvesting record in 2014, when the machine harvested 29,308 bushels of wheat in less than eight hours.
That record does not tell you what the combine will do on your farm.
Field shape, crop conditions, yield, header setup and logistics can produce very different results.
What it does show is the level of capacity New Holland intended the CR10.90 to handle.
When a CR10.90 makes sense
A CR10.90 becomes easier to justify when:
- the farm covers very large annual acreage
- losing harvest days to weather has major consequences
- crop yields can keep a high-capacity combine loaded
- large headers are already part of the system
- grain carts are available when needed
- trucking and storage are not limiting harvest
- the CR9.90 would regularly be operated near its limit
If several of those points are missing, the CR10.90 may simply provide capacity that the operation cannot use.
CR9.90 vs CR10.90
| CR9.90 | CR10.90 | |
|---|---|---|
| Gross power | 544 hp | 639 hp |
| Maximum power | 600 hp | 700 hp |
| Maximum difference | +100 hp | |
| Threshing | Twin Rotor | Twin Rotor |
This is another meaningful jump.
The CR10.90 gives the operator considerably more power reserve.
But it also increases the importance of everything happening outside the combine.
A 700 hp machine waiting beside a full grain tank because no cart is available is not harvesting any faster than a 415 hp machine doing the same thing.
Horsepower Difference Across the Whole CR Series
Looking at the entire lineup makes the progression clearer.
| Step | Maximum Power Increase |
|---|---|
| CR7.80 → CR7.90 | +45 hp |
| CR7.90 → CR8.90 | Up to +111 hp |
| CR8.90 → CR9.90 | At least +29 hp* |
| CR9.90 → CR10.90 | +100 hp |
| CR7.80 → CR10.90 | +285 hp |
*Based on the 571 hp CR8.90 configuration. The Opti-Clean CR8.90 is currently listed at 544 maximum hp.
The biggest lesson here is that New Holland did not create five evenly spaced combines.
The CR7.80 and CR7.90 are relatively close.
There is a much larger jump to the CR8.90.
CR8.90 and CR9.90 are closer again, depending on configuration.
Then the CR10.90 makes another significant jump.
That is more useful when choosing a combine than simply assuming each higher model is one equal step larger.
Which CR Series Combine Fits Your Farm?
There is no acreage number that automatically tells you which combine to use.
Two 5,000-acre farms can need very different machines.
One may grow higher-yielding crops, have large rectangular fields, multiple grain carts and excellent storage access.
The other may have smaller fields spread across a wide area, lower average yields and limited trucking capacity.
The combine sees those operations very differently.
A practical way to think about the lineup is:
CR7.80
A good starting point for farms wanting Twin Rotor technology without moving deep into high-capacity territory.
CR7.90
Makes sense when the CR7.80 is close to what you need but additional reserve would help in heavier crops.
CR8.90
A major capacity step and a strong candidate for large Prairie grain operations.
CR9.90
For high-acreage farms that regularly need more throughput and already have harvest logistics built around a large combine.
CR10.90
For operations that can genuinely use very high capacity and support it with headers, carts, trucks and grain handling.
Do You Actually Need More Horsepower?
This is probably the most important question in the entire comparison.
More horsepower looks good in a specifications table.
It does not always reduce harvest time.
Before moving up the CR range, find out what is actually limiting your current combine.
If engine load is consistently the problem, more power may help.
If rotor losses rise first, the threshing and separation system may be the practical limit.
If cleaning losses rise before engine load becomes high, the cleaning system is telling you something.
If the combine spends too much time waiting for a grain cart, neither problem is inside the combine.
If trucks cannot move grain away quickly enough, a larger combine may make the bottleneck worse.
Knowing the limiting factor is far more useful than simply moving to the next model.
CR Series for Wheat
Wheat is a natural application for the CR Series.
The Twin Rotor system gives the crop a long separation path while keeping material moving relatively straight through the machine.
For farms harvesting large wheat acres, model selection comes down largely to throughput requirements.
A CR7.80 or CR7.90 may be enough for a moderate operation.
A CR8.90 or CR9.90 provides more reserve for heavier crops and larger headers.
The CR10.90 moves into a different level of capacity and is most useful when the farm can support continuous high-output harvesting.
The important number is not maximum acres per hour on one perfect afternoon.
It is how many acres the operation can consistently finish during the entire available harvest window.
CR Series for Canola
Canola can expose the difference between theoretical horsepower and usable combine capacity.
Dry standing crop can move very differently from tough material later in the evening.
As straw gets tougher, feeding, threshing and residue management can all require more power.
That is where additional engine reserve becomes valuable.
The CR8.90 and larger models can make sense on operations that regularly harvest substantial canola acreage and want to continue working as conditions become more demanding.
But correct settings remain important.
More horsepower does not compensate for poor rotor, concave or cleaning settings.
CR Series for Pulses
Grain damage becomes particularly important in crops such as peas.
New Holland promotes the relatively gentle crop flow of its Twin Rotor system as a way to keep broken grain low.
The manufacturer has reported broken-grain levels as low as 0.2 percent in comparative testing.
That should not be interpreted as a guaranteed farm result.
Crop moisture, variety, rotor speed, concave clearance and operator settings can all change the outcome.
What matters is that the CR system gives operators a high-capacity rotary design without treating grain quality as secondary.
IntelliSense Across the CR Series
One advantage of the CR platform is available IntelliSense combine automation.
New Holland says IntelliSense optimizes combine settings every 20 seconds.
The operator can set priorities around throughput, grain quality and losses, and the system responds as field conditions change.
That can be useful on any CR, not only the CR10.90.
A lower-powered combine still works through changing crop density and moisture.
Automation becomes especially valuable during long Prairie harvest days when the operator is already watching the header, grain-loss monitor, grain cart, yield information and field conditions.
The system does not remove the need to understand how a combine works.
It reduces the number of small adjustments the operator has to make manually.
SmartTrax: When Tracks Make Sense
SmartTrax is available across the CR family in various configurations.
New Holland says the track system can reduce ground pressure by up to 57 percent compared with the referenced tire setup.
That can matter during a wet harvest in Saskatchewan, Alberta or Manitoba.
A combine with a full grain tank carries a lot of weight.
Tracks spread that load over a larger area, improving flotation and reducing the tendency to create deep ruts.
But tracks are not automatically the better choice.
They add cost and additional components that need maintenance.
On firm ground, tires may be simpler.
On farms that regularly deal with soft harvest conditions, the benefit of tracks can be much easier to justify.
What About Straw?
All five machines in this comparison use Twin Rotor threshing.
They can produce usable straw, and New Holland specifically promotes relatively gentle in-line crop flow.
But if preserving long straw for baling is one of the farm’s highest priorities, a conventional combine deserves comparison.
That is where the New Holland CX8.90 and CX8.80 come in.
The CX8 Series uses conventional threshing and straw walkers.
For mixed grain and livestock farms that depend heavily on baled cereal straw, that architecture may be more attractive.
For farms where grain throughput takes priority and straw is secondary, the CR Series usually makes more sense.
CR7.80 to CR10.90 vs the New CR10 and CR11
There is an important naming issue.
The CR10.90 is not the same combine as the newer New Holland CR10.
Likewise, the New Holland CR11 is not simply another model added to the old CR7.80 through CR10.90 architecture.
CR10 and CR11 belong to New Holland’s newer generation.
The new machines use a redesigned harvesting platform with larger rotors, TwinClean double cleaning and a different driveline architecture.
New Holland currently rates the new CR10 at 634 hp and the CR11 at 775 hp.
This creates an interesting comparison.
The traditional CR10.90 actually has more listed maximum horsepower than the new CR10, but horsepower alone does not mean the CR10.90 is the more capable overall harvesting platform.
The newer CR10 combines its 634 hp with a redesigned crop-processing and cleaning system.
So do not compare CR10.90 and CR10 based on the names or engine power alone.
They belong to different generations.
Which New Holland CR Would We Choose?
There is no single answer, but the lineup becomes easier to understand once the farm is divided by workload.
For a farm that wants Twin Rotor capacity without going unnecessarily large: start with the CR7.80 and CR7.90.
For a large Prairie grain operation: the CR8.90 is probably the point where the range becomes especially interesting. It makes a substantial step in power without going directly to the largest CR machines.
For consistently heavy crop flow and high annual acreage: the CR9.90 provides another level of reserve and sits just below the top of the traditional range.
For maximum capacity within this CR generation: the CR10.90 is the obvious choice, but only when the rest of the harvest system can keep it moving.
The wrong reason to choose a CR10.90 is simply because it is the largest.
The right reason is because a smaller machine would genuinely limit the farm during harvest.
What to Compare on a Used CR Series Combine
When comparing CR combines already in service, model number should only be the starting point.
Check:
- engine hours
- separator hours
- maintenance history
- rotor condition
- concaves
- feeder components
- cleaning system
- elevator chains and sprockets
- unloading system
- bearings and belts
- chopper and residue components
- SmartTrax condition if equipped
- guidance and automation operation
- header compatibility
- previous crops and working conditions
A CR9.90 with a documented service history can be a better machine than a neglected CR10.90.
The same applies farther down the lineup.
Condition is especially important once the machines have accumulated significant separator hours.
CR Series Strengths
Across the range, the main reasons to consider a traditional CR are:
- Twin Rotor threshing and separation
- strong crop-flow capacity
- good grain-quality potential
- broad range from 415 to 700 maximum horsepower
- available IntelliSense automation
- available IntelliSteer guidance
- SmartTrax availability
- flexible residue management
- established platform with years of field use
- several capacity levels rather than one oversized machine
Things to Consider
There are also practical trade-offs.
Larger CR models bring:
- higher absolute fuel use
- more expensive components
- greater dependence on grain-cart and trucking capacity
- larger headers to make full use of the machine
- more weight in the field
- more machine than some farms can utilize
The smaller CR models sacrifice some peak capacity but can be easier to keep working efficiently.
That is why there is no universally correct place in the lineup.
Final Verdict
The New Holland CR lineup makes more sense when you stop looking at the model numbers and start looking at the size of the actual capacity jumps.
The CR7.80 and CR7.90 are relatively close.
The CR8.90 is the first major step upward.
The CR9.90 pushes farther into high-capacity harvesting.
The CR10.90 makes the final 100 hp jump to 700 maximum horsepower.
For many large Prairie farms, the CR8.90 or CR9.90 may provide the most interesting balance between capacity and the ability to actually use it.
For more moderate acreage, a CR7.80 or CR7.90 can provide the same Twin Rotor concept without unnecessary capacity.
And for very large operations where harvest days are expensive and every usable hour matters, the CR10.90 remains a serious machine.
The best CR is not the one with the most horsepower.
It is the one that reaches the end of your harvest window without spending half of its potential waiting on the rest of the operation.
Browse individual models in the Aglist combines section or see more equipment on the New Holland brand page.
Frequently Asked Questions
What is the smallest New Holland CR Series combine?
The CR7.80 is the lowest-powered model in New Holland’s current traditional North American CR Series. It has 374 gross horsepower and 415 maximum horsepower.
What is the largest traditional New Holland CR combine?
The CR10.90 sits at the top of the traditional CR7.80 through CR10.90 lineup, with 639 gross horsepower and up to 700 maximum horsepower.
What is the difference between the CR7.80 and CR7.90?
The CR7.90 provides 420 gross and 460 maximum horsepower compared with 374 gross and 415 maximum horsepower for the CR7.80. Both use New Holland’s Twin Rotor system.
What is the difference between the CR7.90 and CR8.90?
The jump is much larger. The CR7.90 reaches 460 maximum horsepower, while New Holland lists the CR8.90 at up to 571 hp depending on configuration.
What is the difference between the CR8.90 and CR9.90?
The CR9.90 has 544 gross horsepower and 600 maximum horsepower. The CR8.90 has 496 gross horsepower and is currently listed at up to 571 maximum horsepower, with a separate Opti-Clean configuration listed at 544 maximum hp.
CR9.90 or CR10.90: which has more power?
The CR10.90. It reaches 700 maximum horsepower compared with 600 hp for the CR9.90.
Do all New Holland CR combines use Twin Rotor technology?
Yes. The CR7.80, CR7.90, CR8.90, CR9.90 and CR10.90 all use New Holland’s Twin Rotor threshing and separation concept.
Which New Holland CR is best for a large grain farm?
It depends on crop volume, annual acres, harvest window, header size and grain-handling capacity. The CR8.90 and CR9.90 provide substantial capacity for large operations, while the CR10.90 makes more sense when the farm can genuinely use 700 hp-level harvesting capacity.
Is the CR10 the replacement for the CR10.90?
The CR10 belongs to New Holland’s newer generation of CR combines and uses a redesigned platform. It should not be treated as simply a renamed CR10.90.
CR Series or CX8 Series: what is the difference?
The CR Series uses Twin Rotor rotary threshing and separation. The CX8 Series uses a conventional threshing and straw-walker system. CR models emphasize rotary capacity and grain handling, while the CX8 machines can be particularly attractive where preserving straw for baling is important.
Compare Individual New Holland Combines
- New Holland CR7.80 – 415 hp entry point to the traditional CR range.
- New Holland CR7.90 – 460 hp with more reserve than the CR7.80.
- New Holland CR8.90 – major step into higher-capacity CR harvesting.
- New Holland CR9.90 – 600 hp high-capacity CR.
- New Holland CR10.90 – 700 hp top model of the traditional range.
- New Holland CR10 – redesigned next-generation CR.
- New Holland CR11 – highest-capacity model in the new CR generation.
- New Holland CX8.90 – conventional alternative where straw quality is a major priority.
- New Holland CX8.80 – smaller CX8 conventional combine.
- All Combines – explore combine models and harvesting systems on Aglist.
- New Holland Equipment – browse the New Holland lineup.
Note: Specifications can vary by model year and configuration. New Holland currently lists multiple CR8.90 configurations with different maximum engine-power ratings. Confirm critical specifications for a particular machine with New Holland documentation, the operator’s manual, or your dealer.
