Published: November 2025 | Last updated: June 2026
Disclaimer: All load data referenced in this article is drawn from published manufacturer sources. Always consult a current reloading manual before developing any load. Start below published minimums and watch for pressure signs.
The Dillon XL 750 is what happens when a manufacturer refines 40 years of progressive press engineering into a single tool. It replaced the XL 650 – itself one of the most popular progressive presses ever built – and brought meaningful improvements to the frame rigidity, powder measure attachment, primer system, and toolhead design without abandoning the features that made the 650 the benchmark. The result is a 5-station auto-indexing progressive press that handles 160+ calibers, from 22 Hornet at the small end through belted magnum rifle cartridges at the large, and does it with Dillon’s no-nonsense lifetime warranty backing every unit.
At its price point, the XL 750 sits between the Dillon RL 550C and the Dillon RL 1100 in the Dillon lineup. The RL 550C is less expensive and manually indexed, which gives it more precise control per case but lower throughput. The RL 1100 is production-grade with integrated case feeding and higher output but costs nearly three times as much. The XL 750 is the press for a reloader who loads at serious volume – competition shooting practice runs, hunting prep across multiple calibers, regular high-count range sessions – and wants Dillon’s build quality and lifetime support without the RL 1100’s price and footprint.
Understanding what the XL 750 does particularly well, and where the RL 550C or the Hornady Lock-N-Load AP is actually the better choice, is what makes this review useful rather than generic.
What’s in the Box
The Dillon XL 750 ships with:
- XL 750 press frame – cast iron and aluminum, Dillon blue powder coat
- 5-station toolhead with 7/8-14 die threads
- Auto-indexing shell plate mechanism
- Automatic primer feed system – large and small primer tubes
- Powder measure with standard charge bars
- Operating handle with ergonomic knob
- Spent-primer catcher with bin
- Loaded ammunition collection bin
- Printed instructions and warranty information
What’s not included: dies, caliber conversion kits (shell plate, powder funnel, locator buttons), a case feeder, a bullet feeder, or bench mounting hardware. The caliber conversion kit is the recurring purchase when you add a new caliber – it typically includes the correct shell plate, powder funnel, and locator buttons for the specific case head. Budget for at least one conversion kit per caliber you plan to load before your first session.
The absence of dies is worth addressing directly: Dillon’s Dillon Pistol Die Set and Dillon Rifle Die Set are optimized for this press, and the carbide pistol dies in particular are worth using for 9mm Luger, 45 ACP, and 40 S&W production where die longevity matters. Standard 7/8-14 dies from RCBS, Hornady, Lee, and Redding are all compatible.
Build and Materials
The XL 750 frame combines cast iron and aluminum in a design that prioritizes rigidity where it matters and weight management where it doesn’t. The main frame and base use heavy-duty cast iron – the material choice that resists frame flex under the sustained load of thousands of sizing cycles. The toolhead and some secondary components use aluminum, keeping the overall weight manageable while maintaining the structural integrity where the sizing, seating, and crimping forces are generated.
The improvement over the XL 650 is most visible in the powder measure attachment and the toolhead locking mechanism. The XL 750’s toolhead removes and installs via a positive locking cam rather than the threaded knob of older Dillon designs – the swap is faster and more repeatable, which matters for a press that’s used for multiple calibers in regular rotation. Pre-configured toolheads for 9mm Luger and 223 Remington return to their saved die settings when reinstalled, eliminating the re-adjustment that other quick-change systems can require.
The powder measure is integrated into the toolhead rather than being a separate attachment on a stand – which simplifies the mechanical connection and improves charge-to-charge consistency. The Dillon Precision Case Activated Powder Measure Assembly is case-activated: the measure only drops a charge when a case is present in the shell plate, which prevents double-charges and missed charges that affect other progressive designs. For magnum rifle cartridges with large case capacity, the Dillon Precision Belted Magnum Powder Measure handles the extended charge bar requirements.
The Dillon blue powder coat finish resists solvent, case lube, primer compound, and the general accumulation of reloading residue that covers a production bench over a year of regular sessions. The finish holds up to solvents and cleaning without the chipping or peeling that lower-quality coatings show under sustained shop use.
Key Specs and Compatibility
| Feature | Specification |
|---|---|
| Frame Material | Cast iron and aluminum, Dillon blue powder coat |
| Stations | 5 (auto-indexing) |
| Die Thread | Standard 7/8-14 |
| Shell Plate | Dillon caliber-specific conversion kits |
| Caliber Range | 160+ calibers, 17 Hornet to belted magnums |
| Indexing | Auto (case-activated advancement) |
| Powder Measure | Case-activated, integrated into toolhead |
| Primer Feed | Automatic, separate large and small tubes |
| Spent Primer | Catch bin, bottom-drop design |
| Production Rate | 500-1,000+ rounds/hour (with automation) |
| Toolhead | Quick-change, caliber-specific |
| Mounting | Four-hole base |
| Auto-Drive Ready | Yes – compatible with Mark 7 and other auto-drives |
| Warranty | Lifetime No B.S. against defects, normal use |
| Origin | Dillon Precision, USA |
The case-activated powder measure is the specification worth understanding in detail before comparing to competitors. A standard progressive press powder measure drops a charge on every stroke regardless of whether a case is present. If a case fails to advance properly, the measure drops powder with no case to catch it – which means that powder ends up somewhere in the press, and the next case may get a double charge. The XL 750’s case-activated design only drops powder when a case is physically in the shell plate position – if no case is present, no powder drops. For a press running at high volume, this is a genuine safety feature rather than a marketing point.
XL 750 vs. RL 550C: The Comparison That Actually Matters
More reloaders choose between these two presses than any other comparison in the Dillon lineup. Both use Dillon’s build quality, both carry the lifetime warranty, and both are the same manufacturer’s answer to high-volume reloading at different throughput levels. Understanding the real differences – not just the station count – determines which one belongs on your bench.
Indexing: Auto vs. Manual. The RL 550C indexes manually – after each complete stroke, you advance the shell plate by hand. The XL 750 indexes automatically with the return stroke. Manual indexing on the 550C gives you slightly more control per case and makes it easier to clear problems, because you’re involved in every shell plate advance. Auto-indexing on the XL 750 is faster and less fatiguing in long sessions, because the press handles the advance mechanics. For a reloader loading 6.5 Creedmoor or 308 Winchester where you want to manually verify each case advance, the RL 550C is the better precision choice. For 9mm Luger and 45 ACP at production volume where throughput is the goal, the XL 750’s auto-indexing is the right design.
Five stations vs. four. The extra station matters for die configuration. On the 550C’s four stations, a full 9mm Luger sequence – size/decap, expand/prime, seat, crimp – fills all four stations with no room for a powder check die. On the XL 750, the fifth station is available for a powder check die, a factory crimp die, or a dedicated bullet feeder interface without displacing a loading station.
Auto-drive compatibility. The XL 750 was designed from the start with Mark 7 and other after-market auto-drive compatibility. An auto-drive converts the XL 750 into a semi-automated production press running 600-900 rounds per hour with minimal operator input per round. The Dillon RL 550C is not auto-drive compatible in the same way. For a reloader whose volume will eventually justify auto-drive, the XL 750 is the press to start with.
Price. The RL 550C costs less. For a reloader who loads under 500 rounds per session, loads primarily rifle calibers where manual indexing is preferred, or is entering progressive reloading and not yet certain how much automation they need, the 550C’s lower price and manual indexing may actually be the better fit. The XL 750’s price premium is justified by auto-indexing, the fifth station, and auto-drive compatibility – but only if you need those features.
Where the XL 750 Excels
High-volume pistol production. This is the XL 750’s home territory. 9mm Luger for a competitive shooter who goes through 2,000 rounds per month, 45 ACP for a shooter running USPSA Major, 38 Special for Steel Challenge volume, 40 S&W for IDPA competition – the XL 750 running with a case feeder, a bullet feeder, and the Dillon Pistol Die Set produces 500-900 rounds per hour depending on setup and operator pace. Ball powders like Hodgdon Titegroup, Winchester 231, Hodgdon CFE Pistol, and Alliant Power Pistol meter consistently through the case-activated powder measure for pistol work. See the best powders for 9mm Luger handloading and best powders for 45 ACP handloading guides for charge weight ranges and powder behavior at production volume.
223 Remington and 300 Blackout production. AR shooters loading 223 Remington or 300 Blackout practice ammo in volume are natural XL 750 users. Ball powders like Hodgdon CFE 223, Hodgdon H335, and Ramshot TAC meter consistently through the powder measure, and the Dillon Rifle Die Set or RCBS AR Die Set handles the sizing and crimping requirements for semi-auto rifle feeding. The case prep essentials guide covers the brass preparation workflow that keeps a 223 Remington production run running cleanly.
Multi-caliber production with quick toolhead changes. A bench with separate toolheads for 9mm Luger, 45 ACP, and 223 Remington converts between calibers in minutes rather than the 15-20 minute die change process that non-toolhead presses require. Each toolhead returns to its saved die settings when reinstalled – there’s no re-dialing the sizing die or seating depth after a swap. For a reloader who runs multiple calibers across a loading week, this is the feature that defines the weekly session workflow.
Magnum rifle loading in volume. The XL 750’s frame handles belted magnum sizing with the rigidity that aluminum-framed alternatives can’t match. 300 Winchester Magnum with Hodgdon H4831 or Alliant Reloder 22, 6.5 PRC with Hodgdon H4350 – these calibers run through the XL 750 for hunting prep batches with consistent sizing force and case dimensions. The Dillon Precision Belted Magnum Powder Measure handles the larger charge bar requirements for magnum rifle charges.
Realistic Limitations
Five stations, not seven. For reloaders who specifically need a powder check die alongside a full five-step loading sequence with dedicated seating and crimping, five stations is the constraint. The RCBS Pro Chucker 7 offers seven stations at a comparable price point for reloaders whose workflow specifically requires that configuration. On the XL 750, a powder check die occupies the fifth station – which means sizing, expanding, charging, checking, seating, and crimping doesn’t fit in five unless you combine seating and crimping in one station.
Caliber conversion cost adds up. Each new caliber requires a conversion kit – shell plate, powder funnel, locator buttons. For a reloader who loads six or eight calibers, the conversion kit cost across all calibers is a meaningful addition to the press purchase price that doesn’t show up in the base price comparison. Factor it in before evaluating the XL 750 against alternatives.
Setup requires specific knowledge. The XL 750 is not a beginner press. Getting the case-activated powder measure synced correctly with the shell plate, routing the primer tube, setting the primer depth, adjusting the seating and crimping dies, and verifying everything functions together before running production requires either previous progressive press experience or the patience to work through the setup systematically. The Lee Pro 1000 or Lee Classic Turret is the right starting point before committing to an XL 750 setup if you’ve never run a progressive press.
Priming system needs attention. The automatic primer feed on the XL 750 is reliable when maintained and correctly set up. Inconsistent primer seating is the most common complaint in the review record and is almost always a setup issue – primer tube alignment, stroke completeness, or primer brand variation – rather than a design defect. Once set up correctly, it runs thousands of primers without issue. The Frankford Arsenal Vibra-Prime simplifies tube filling and is worth adding to any high-volume XL 750 setup.
Setup and Mounting
Bench requirements. 2-inch or thicker hardwood, Grade 8 bolts through all four base holes with large washers. The XL 750 transmits significant force into the bench during magnum rifle sizing – mount over a bench leg or cross-brace for maximum stability. A press that rocks or shifts during the stroke produces inconsistent shell plate indexing and case head positioning.
Toolhead configuration. Configure each toolhead before installing in the press. For a 9mm Luger five-station setup: (1) size/decap, (2) seat primer/expand case mouth, (3) powder charge, (4) seat bullet, (5) taper crimp or factory crimp. For 45 ACP, the same sequence with a roll or taper crimp at station 5 using the Dillon Pistol Die Set. For 223 Remington, a trim-to-length consideration changes the workflow – most XL 750 223 Rem users trim cases as a separate prep step rather than integrating trimming into the progressive cycle.
Die setup. Set the sizing die using the how to tune a sizing die guide before running the first case. Set the seating die using the seating die tuning guide. Verify both with calipers on 5-10 test cases before running production. On a progressive press, a die that’s set slightly off produces the same error on every case – catching it early costs 10 cases; catching it after 200 rounds costs significantly more.
Primer system setup. Fill primer tubes using the Frankford Arsenal Vibra-Prime for safe, consistent tube loading. Install the appropriate tube – small for CCI 500, Winchester WSP, Federal 100 small pistol; large for CCI 300, Winchester WLP large pistol. For small rifle (CCI 400, Federal 205) verify the primer punch depth is correctly set for your caliber’s primer pocket depth before running 223 Remington production.
Powder measure calibration. The case-activated measure only drops when a case is present, which prevents accidental double-charges but also means you verify the charge by filling cases in the shell plate and weighing the result – not by cycling the measure off-press. Weigh 10 charged cases and adjust the charge bar for your target weight before running production. Use the RCBS Rangemaster 2000 or Frankford Arsenal Platinum Series Digital Scale for this verification.
Lubrication schedule. Light oil on the ram and pivot pins before every session. The case-activated measure linkage needs a light wipe-down every 1,000 rounds to prevent powder residue from gumming the activation mechanism. The primer path should be cleared of primer compound residue every 500 rounds – a small brush through the primer slide channel prevents feed failures. Keep lube off the die threads and primer path.
Competitors – Four Direct Comparisons
Dillon RL 550C
The Dillon RL 550C is the most common comparison and the choice that requires the most context. The 550C costs less, runs four stations with manual indexing, and is in many ways a more precise tool for rifle calibers where the reloader wants to verify each case advance manually. The XL 750 costs more, runs five stations with auto-indexing, and is faster in high-volume pistol production. For a reloader whose primary application is precision rifle loading of 308 Winchester or 6.5 Creedmoor at moderate batch sizes, the RL 550C’s manual indexing and lower price make it the better choice. For a reloader loading 9mm Luger or 45 ACP in large volumes and potentially adding auto-drive capability, the XL 750 is the right tool.
Choose the XL 750 if: auto-indexing for high-volume pistol production, the fifth station for a powder check die, or future auto-drive compatibility are specifically required. Choose the RL 550C if: manual indexing for precision rifle control, four stations suffice for your die sequence, and the lower price is a meaningful factor.
Hornady Lock-N-Load AP
The Hornady Lock-N-Load AP is the XL 750’s primary non-Dillon competitor at a comparable production level. The LNL AP uses Hornady’s Lock-N-Load bushing system for die changes – faster individual die swaps than the XL 750’s toolhead approach if you’re changing one die at a time rather than swapping entire configured toolheads. The LNL AP costs less than the XL 750. The XL 750 wins on warranty terms – Dillon’s No B.S. lifetime warranty is widely regarded as the strongest in the progressive press market – and on primer system reliability in sustained high-volume use. The LNL AP’s primer system has a reputation for requiring more frequent adjustment than the Dillon design. For a reloader who prioritizes warranty backing and primer feed reliability above die-change speed, the XL 750 is the choice. For a reloader on a tighter budget who already owns Hornady Lock-N-Load bushings on their dies, the LNL AP is worth serious consideration.
Choose the XL 750 if: Dillon’s warranty and proven primer system reliability are the priority, and the toolhead quick-change covers your caliber-switching needs adequately. Choose the LNL AP if: Hornady’s bushing die-change system suits your workflow better than full toolhead swaps, and the lower price is a meaningful consideration.
RCBS Pro Chucker 7
The RCBS Pro Chucker 7 offers seven stations vs. the XL 750’s five, with a quick-change die plate system for multi-caliber setups. Seven stations is genuinely useful for running a powder check die and separate crimp station alongside the full loading sequence without compromising any required operation. The RCBS uses an aluminum frame rather than the XL 750’s cast iron and aluminum combination, which is a build quality difference under sustained high-load use. Dillon’s warranty and parts support ecosystem is more developed than RCBS’s for progressive press ownership over years of production use. For a reloader who specifically needs seven stations and finds the RCBS warranty adequate, the Pro Chucker 7 is worth considering at its price. For a reloader who values Dillon’s parts availability and No B.S. warranty above station count, the XL 750 holds the advantage.
Choose the XL 750 if: Dillon’s warranty, parts ecosystem, and cast iron frame rigidity are higher priorities than the Pro Chucker 7’s additional two stations. Choose the Pro Chucker 7 if: seven stations specifically fit your required die sequence and the RCBS warranty backing is sufficient for your needs.
Dillon RL 1100
The Dillon RL 1100 is the step up within Dillon’s own lineup – more stations, higher production rates, integrated case feeding as standard, and commercial-grade construction at roughly three times the XL 750’s price. For a reloader whose volume genuinely justifies the RL 1100 – 5,000+ rounds per month, commercial production, serious competition with multiple squad members shooting – it’s the correct tool. For a reloader whose volume is at the high end of the hobbyist and serious competitor range, the XL 750 with optional case and bullet feeders covers the need at a significantly lower total investment. The XL 750 with a full case and bullet feeder setup approaches RL 1100 output rates without RL 1100 pricing.
Choose the XL 750 if: your volume is in the serious hobby to moderate competition range and the RL 1100’s price is beyond what the rounds-per-month justifies. Choose the RL 1100 if: your volume is commercial or high-competition grade, you need integrated case feeding as standard, or the additional throughput ceiling of the RL 1100 is a genuine requirement.
Comparison Table
| Feature | Dillon XL 750 | Dillon RL 550C | Hornady LNL AP | RCBS Pro Chucker 7 | Dillon RL 1100 |
|---|---|---|---|---|---|
| Stations | 5 | 4 | 5 | 7 | 8 |
| Indexing | Auto | Manual | Auto | Auto | Auto |
| Frame | Cast iron + aluminum | Aluminum + steel | Steel | Die-cast aluminum | Aluminum + steel |
| Powder Measure | Case-activated | Gravity drop | Gravity drop | Quick-change | Integrated |
| Case Feeder | Optional upgrade | Optional upgrade | Optional upgrade | Optional upgrade | Standard |
| Primer Feed | Auto tube | Auto tube | Auto tube | Safety-shielded | Auto tube |
| Toolhead | Quick-change | None | LNL bushing | Quick-change plate | Integrated |
| Auto-Drive Ready | Yes | No | No | No | Integrated |
| Caliber Count | 160+ | 160+ | 100+ | 100+ | 160+ |
| Warranty | Lifetime No B.S. | Lifetime No B.S. | Lifetime limited | Lifetime limited | Lifetime No B.S. |
| Price Range | $$$-$$$$ | $$$ | $$$ | $$$ | $$$$$ |
| Best For | High-volume auto-index | Precision + volume | Budget 5-station | 7-station sequence | Commercial production |
Real-World Use Notes
In sustained 9mm Luger production with Hodgdon Titegroup and CCI 500 primers and the best bullets for 9mm Luger reloads for volume practice, XL 750 users running a complete setup with case and bullet feeders consistently report 600-900 rounds per hour. Without feeders, manual case placement and bullet seating brings that rate to 300-500 rounds per hour – still meaningful production volume compared to turret or single-stage approaches.
For 45 ACP competition loads with Alliant Unique or Alliant Power Pistol targeting major power factor, the case-activated powder measure’s consistency is the feature that makes the XL 750 a competition reloader’s tool rather than just a bulk ammo producer. Check-weighing 10 charges at the start of each session and every 200-300 rounds during a session confirms the measure is tracking. See the best bullets for 45 ACP reloads guide for bullet selection that complements the XL 750’s production workflow.
Dillon’s No B.S. warranty is not marketing language – it’s a genuine policy that covers the press for life against defects under normal use, and Dillon’s customer service and parts availability back it with actual parts and actual service. This matters for a press you plan to use for the next 20 years. Knowing that replacement parts are available and that Dillon stands behind the tool is a real factor in the XL 750’s total cost of ownership calculation.
The XL 750’s primer system requires initial attention to set up correctly. Users who follow Dillon’s primer punch depth specifications for their specific caliber and maintain the primer path – clearing it of primer compound residue every session – report reliable feeding over thousands of rounds. Users who don’t get the setup right initially report inconsistencies that are frustrating to trace. Invest the setup time before running production and the payback is thousands of reliable rounds per session.
Troubleshooting
Primers not seating to consistent depth. Verify the primer punch depth is set correctly for your caliber’s primer pocket. Dillon’s setup instructions specify the adjustment procedure. Also confirm the shell plate is indexed fully before the primer punch contacts the primer – a shell plate that’s partially indexed presents the case off-center to the primer punch. Run 5-10 cases in manual single-station mode at the priming station to diagnose alignment before returning to full auto-index production.
Case-activated powder measure not dropping consistently. Clear the activation linkage of powder residue with a brush and check the link alignment. The case must present consistently at the shell plate position for the activation to work correctly – if cases are seating at different heights in the shell plate (due to mixed headstamp brass with different base thickness), the activation will be inconsistent. Sort brass by headstamp before running production on sensitive loads.
Shell plate indexing stops partway. The auto-indexing mechanism requires complete handle stroke travel to advance cleanly. Partial strokes from a too-high handle return position or operator habit are the primary cause. Also check that the indexing detent ball is clean and unobstructed – powder or primer residue around the detent prevents positive engagement. Clean the detent area with solvent and a brush every 1,000 cycles.
Primer tube not feeding. Check the tube is fully seated in the primer housing and that the primer slider isn’t obstructed by a stuck primer or debris. Clear the slider channel with a cleaning tool before reseating the tube. Primers that are slightly out of specification for cup diameter occasionally jam in the slider – if a specific primer brand causes repeated jams, switch to a brand with tighter diameter specifications like CCI 500 small pistol or CCI 300 large pistol.
OAL variation across a batch. Check that the seating die lock ring hasn’t loosened during the session – this is the most common cause of gradually drifting OAL. Retighten and verify OAL on the next 5 rounds. If OAL is consistent within a session but drifts between sessions, the die may be returning to slightly different positions in the toolhead – check the die thread seating and lock ring torque specification.
What to Buy with It
Caliber conversion kits. Required for each caliber you’ll run. Purchase before the first session. The conversion kit for 9mm Luger is the natural starting point for most XL 750 buyers.
Die sets. The Dillon Pistol Die Set with carbide sizing die is optimized for high-volume 9mm Luger, 45 ACP, 40 S&W, and 38 Special/357 Magnum production. The Dillon Rifle Die Set handles 223 Remington and 308 Winchester with the small base sizing die that feeds semi-auto rifles reliably. The RCBS AR Die Set and RCBS Pistol Die Set are compatible alternatives.
Powder scale. Charge verification at the start of every session and after any powder measure adjustment. The Frankford Arsenal Platinum Series Digital Scale or RCBS Rangemaster 2000 at the bench keeps production honest.
Primer tube filler. The Frankford Arsenal Vibra-Prime fills tubes without direct primer handling and with consistent orientation. At XL 750 production rates, you’re filling tubes every 10-15 minutes without a tube filler – the Vibra-Prime makes that manageable.
Case feeder. Dillon’s optional case feeder is the upgrade that most substantially increases throughput. With it, manual case placement is eliminated and production rates approach 600-900 rounds per hour. For a reloader running regular large-volume sessions, the case feeder is the first upgrade worth adding.
Digital calipers. OAL spot-checking on completed rounds every 20-30 cases during a session. A progressive press that develops a seating die issue early in a session can produce 200 rounds before the problem is noticed without periodic OAL checks.
FAQ
Can the XL 750 handle 6.5 Creedmoor and 308 Winchester for precision loading?
Yes, with the appropriate caliber conversion and die setup. For precision rifle loading where you want individual case control, the manual indexing of the Dillon RL 550C is often preferred over the XL 750’s auto-indexing. The XL 750 handles 6.5 Creedmoor and 308 Winchester production loading for hunting and general competition without issue.
What powders work best for 9mm Luger in the case-activated measure?
Ball and flake powders meter most consistently: Hodgdon Titegroup, Winchester 231, Hodgdon CFE Pistol, Alliant Power Pistol, and Alliant Unique all run cleanly through Dillon’s case-activated measure. Extruded stick powders can be run but require check-weighing more frequently due to flow variability. The best powders for 9mm Luger handloading guide covers charge weight ranges for each.
Is the Dillon No B.S. warranty actually honored?
Yes, and this is the most consistent positive comment about Dillon in the reloading community. Dillon replaces defective parts without receipts, without arguments, and typically without charge. The warranty has been honored on presses decades old. This is a real distinguishing factor from competitors whose warranties are limited in time, require receipts, or apply only to manufacturing defects narrowly defined.
Can I add an auto-drive later?
Yes. The XL 750 is compatible with the Mark 7 Autodrive and similar after-market auto-drive systems. An auto-drive converts the press to semi-automatic operation at 600-900 rounds per hour with operator involvement limited to loading cases, placing bullets, and monitoring. It’s a significant additional investment but transforms the press into a near-production tool.
How does the toolhead quick-change compare to Hornady’s Lock-N-Load bushing system?
Different approaches to the same goal. The Hornady LNL AP‘s bushing system allows individual dies to be swapped in and out quickly without removing the toolhead. The XL 750’s toolhead system swaps the entire configured die plate as a unit. For a caliber change, the toolhead swap may be faster – you’re removing five pre-adjusted dies at once rather than five individual die bushings. For a single die change within a caliber setup, the LNL bushing is faster. The practical choice depends on whether your workflow involves full caliber changes or individual die adjustments more frequently.
What’s the realistic production rate without a case feeder?
With manual case placement and bullet seating, 300-500 rounds per hour for 9mm Luger is a realistic rate once the setup is dialed in and the operator has developed a production rhythm. With a case feeder and bullet feeder, that rate rises to 600-900 rounds per hour. For 308 Winchester without a feeder, 150-250 rounds per hour is more typical due to the larger case handling time.
Conclusion
The Dillon XL 750 earns its position as the benchmark mid-to-high-volume progressive press by combining the features that serious production reloaders actually need – auto-indexing, five stations, a case-activated powder measure that prevents double-charges, quick-change toolheads, compatibility with auto-drive systems, and Dillon’s No B.S. lifetime warranty – in a press that handles 160+ calibers without asking you to compromise on any of them.
Its position in the reloading equipment hierarchy is specific: above the Dillon RL 550C in throughput and automation capability, below the Dillon RL 1100 in production rate and station count. For the serious hobby reloader and the competitive shooter producing 1,000-5,000 rounds per month across one to three calibers, the XL 750 is the press that position describes.
The setup investment is real. This is not a plug-and-play press, and the reloader who approaches it without progressive press experience will have a longer calibration period than the review record suggests to those who already know the workflow. But once set up correctly and maintained on schedule, the XL 750 produces thousands of consistent rounds per session with the reliability that Dillon’s lifetime warranty backs for the long term.
Choose the Dillon XL 750 if you load at serious volume across one to three calibers – 1,000+ rounds per month for competition or high-volume range shooting – want auto-indexing for pistol production, potentially plan to add auto-drive capability, and prioritize Dillon’s No B.S. warranty and parts ecosystem above all else.
Choose the Dillon RL 550C instead if manual indexing for precision rifle control matters more than auto-indexing speed, four stations cover your die sequence, and the lower price is a meaningful factor in the decision.
Choose the Hornady Lock-N-Load AP instead if Hornady’s Lock-N-Load bushing system suits your die-change workflow and the lower price is justified by your volume needs.
Choose the RCBS Pro Chucker 7 instead if seven stations specifically fit your required die sequence, including a powder check die alongside separate seating and crimping stations, without the Dillon ecosystem investment.
Choose the Dillon RL 1100 instead if your volume is at commercial or high-competition grade – 5,000+ rounds per month – and integrated case feeding as standard, along with the higher throughput ceiling, justifies the significantly higher investment.
Editorial note: Originally published November 2025, revised June 2026. The revision expanded all sections from minimal list-format to full prose, added a dedicated head-to-head comparison between the XL 750 and RL 550C explaining the real practical differences between auto and manual indexing, added detailed explanation of the case-activated powder measure as a safety feature, expanded the competitor comparisons with four specific head-to-head analyses and “Choose X if” guidance, and added full internal linking throughout including powder pages, primer pages, caliber guides, die set reviews, and Dillon-specific equipment pages.
