DJI Lito X1 vs. Lito 1: Comprehensive Comparison and Review 2026

When DJI unveiled its Lito series on April 23, 2026, the question on most pilots’ minds wasn’t whether these drones would be any good, but rather why the Chinese manufacturer was launching two nearly identical drones on the same day. The DJI Lito 1 and the DJI Lito X1 They do, in fact, share the same airframe, the same takeoff weight of less than 250 grams, the same motor, and the same transmission system. On paper, the only differences are a few millimeters in sensor diagonal size and a front-mounted LiDAR sensor. In reality, after spending several weeks flying both drones side by side—by the ocean, in the forest, in suburban areas, and at the end of the day as the light faded—we can confirm that the difference in performance is significantly more pronounced than the spec sheet suggests.

The purpose of this article is to provide you with all the concrete information you need to decide between the two devices, without overselling the more expensive model or unfairly dismissing the more affordable one. We’ll obviously discuss image quality and battery life, but we’ll also focus on aspects that general reviews tend to gloss over—aspects that are, however, at the heart of what we do at Reparation-drone.com: mechanical reliability, the availability of replacement parts, the actual cost of a breakdown, and the precautions you should take to ensure your investment lasts more than one season.

A Shared Platform: What the Two Litos Actually Have in Common

Before delving into the differences between these two drones, it’s important to emphasize the extent of what they have in common, as this shared foundation shapes much of the flying experience. Both drones are based on a foldable airframe that is identical in its basic design, measuring 183 × 251 × 79 mm when deployed and folding down to a size of approximately 144 × 94 × 62 mm for the X1, and a few millimeters longer for the Lito 1. In practical terms, both drones fit into a slightly roomy jacket pocket, and the Fly More pack can be easily carried in a standard camera backpack.

The takeoff weight is listed at 249 grams in the standard configuration, with a maximum takeoff weight of 340 grams, which leaves room for filters and lightweight accessories. This 249-gram figure is significant: it places both devices below the European regulatory threshold that determines eligibility for the A1 subcategory without prior theoretical training—a point we will discuss in detail later.

In terms of pure flight performance, the two Lito models are exactly on par. The maximum horizontal speed reaches 18 m/s in Sport mode, compared to 12 m/s in Normal mode and Subject Tracking mode, while the climb and descent rates range from 3 m/s in Cine mode to 7 m/s in Sport mode. Wind resistance is rated at 10.7 m/s, or approximately 38.5 km/h, which corresponds to a Force 5 wind on the Beaufort scale. During our test flights in strong coastal winds, both drones did indeed hold their position, but we found—as did other testers—that image stability deteriorates significantly before the drone actually loses control: the airframe oscillates, the gimbal stabilizer works constantly, and shots taken while moving forward or backward become difficult to use. It’s also important to keep in mind that flying in strong winds significantly reduces flight time, as the motors are constantly compensating.

Another notable similarity is that the noise level remains below 70 dB during flight, making these devices significantly quieter than a 900-gram drone and facilitating filming in sensitive environments. Finally, neither model has an IP rating: humidity, fog, and sea spray remain serious threats, and DJI explicitly recommends against flying in the rain or when visibility drops below 100 meters.

The sensor: the real deciding factor between the two models

This is where the main difference lies, and it’s also the factor that should determine your choice. The DJI Lito 1 features a 1/2-inch CMOS sensor with a resolution of 48 megapixels, paired with a 26.2mm-equivalent lens with an f/1.8 aperture and a 79° field of view. The DJI Lito X1, on the other hand, features a 1/1.3-inch CMOS sensor—also with 48 megapixels—paired with a 24mm-equivalent lens with an f/1.7 aperture and an 82.1° field of view. The difference in diagonal size may seem minimal when reading a spec sheet, but it represents a significantly larger photosensitive area, which means larger photosites and better light-gathering capability.

One detail often goes unnoticed but is worth paying attention to: the focus range. The Lito X1 features adjustable focus from 1 meter to infinity, whereas the Lito 1 is limited to a lens with a focus range starting at 4 meters. In standard aerial shots taken 30 meters above the ground, this limitation is completely unnoticeable. However, as soon as you try to shoot close to a subject, film an architectural detail in a slow zoom, or capture a wide shot skimming just above foreground vegetation, the Lito 1 reveals its limitations, while the X1 maintains sharp focus. This is typically the kind of difference you don’t notice during an initial test flight, but which becomes frustrating after a few weeks of use.

In broad daylight, under good lighting conditions, the difference between the two sensors remains moderate, and the Lito 1 delivers quite impressive images, with pleasing color reproduction and accurate white balance. Our raw files even showed slightly more neutral color reproduction on the Lito 1 than on some early-production X1 units, whose color rendering had a slight green cast before the firmware updates. The hierarchy reverses sharply as soon as the light dims: at the end of the day, in the woods, or in urban night scenes, noise becomes overwhelming on the Lito 1 at high ISO settings, while the X1 maintains a usable image. However, it’s important to keep a clear head, as neither of these two sensors can compete with drones equipped with 1-inch sensors: while the X1 outperforms the Lito 1 in low light, it’s still not a tool designed for nighttime reporting.

D-Log M, HDR, and Video Streams: What the X1 Brings to Post-Production

Beyond the sensor’s surface area, the DJI Lito X1 stands out for its 10-bit D-Log M color profile, a feature absent from the Lito 1, which is limited to a standard 8-bit profile. This difference is often dismissed as merely a marketing gimmick, which is a misjudgment. D-Log M doesn’t magically make images look better straight out of the camera; in fact, it produces dull, low-contrast footage that absolutely must be color-graded. What it does offer is flexibility: DJI claims up to fourteen stops of dynamic range in HDR recording on the X1, which allows you to salvage a slightly overexposed sky or bring out shadows in a wooded area without introducing unsightly banding in the gradients. On the Lito 1, a blown-out highlight is permanently lost.

In practical terms, if you deliver your videos to clients, if you integrate your aerial shots into a project filmed with another camera that requires color grading, or if you simply prefer to edit your footage in DaVinci Resolve or Premiere Pro, the X1 is the only logical choice. If you publish directly to social media—at most with a quick pass through the DJI Fly app or mobile editing software—D-Log M will remain a feature you’ll never enable, and the Lito 1 will suit you perfectly.

In terms of resolution and frame rates, the two models are closer than you might think. Both shoot in 4K at up to 60 frames per second and offer a 4K slow-motion mode at 100 frames per second, as well as a 2.7K vertical mode designed for social media formats. The X1 adds HDR recording in 4K/60 and extends Full HD slow-motion up to 200 frames per second, compared to 100 on the Lito 1. Both cameras record in MP4 using the H.264 and H.265 codecs, and feature a digital zoom of up to 3x in 4K and 4x in Full HD—though this should be used sparingly, as it involves cropping rather than true optical zoom.

An important note regarding the vertical format: the three-axis gimbal, which offers a tilt range of -90° to +40° and a roll range of ±49°, does not mechanically pivot 90 degrees like some of the brand’s higher-end models. Vertical mode therefore relies on in-sensor cropping, which explains the 2.7K resolution rather than 4K. For use on Instagram or TikTok, this is more than sufficient, but it’s important to know this before purchasing if portrait mode is your primary use case.

Comparison Chart of Key Features

Features	DJI Lito 1	DJI Lito X1
Sensor	1/2-inch CMOS, 48 MP	1/1.3-inch CMOS, 48 MP
Optics	26.2 mm (equivalent), f/1.8, 79°	24 mm equiv., f/1.7, 82.1°
Clarification	4 m to infinity	1 m to infinity
Maximum photo	8,000 × 6,000 px	8064 × 6048 px
Video	4K/60, 4K/100, FHD/100, 2.7K vertical	4K/60 HDR, 4K/100, FHD/200, 2.7K vertical
Color Profile	8-bit standard	Standard + 10-bit D-Log M
Obstacle detection	Omnidirectional Monocular Vision	Omnidirectional vision + front-facing LiDAR
Internal storage	None (microSD required)	42 GB + microSD
Waypoint Flight	No	Yes
Standard battery	2,590 mAh	2,788 mAh
Battery Plus	Not offered	Yes (4,680 mAh, Combo Plus battery pack)
Claimed range	36 min	36 min (52 min with the Plus battery)
Takeoff weight	249 g	249 g (over 250 g with the Plus battery)
Transmission	DJI O4, 8 km CE	DJI O4, 8 km CE
Suggested retail price in France	Starting at €339	Starting at €419

Obstacle Detection: Front-Facing LiDAR Is a Game-Changer in Challenging Conditions

Both devices feature an omnidirectional obstacle detection system based on monocular vision sensors that cover the front, the rear, sides, top, and bottom of the drone, with a front detection range of 0.5 to 20 meters. In this regard, the Lito 1 already outperforms what the manufacturer’s entry-level model offered just two years ago, and this comprehensive coverage provides a reassuring safety net for a beginner pilot.

The DJI Lito X1, however, adds a forward-facing LiDAR sensor with a measurement field of 80° in the vertical plane and 60° in the horizontal plane, capable of accurately measuring distances between 0.5 and 10 meters. The value of this technology lies not in its range—which remains shorter than that of vision sensors—but in its independence from ambient light. Purely optical systems cease to function reliably below a certain level of illumination, whereas LiDAR emits its own signal.

This difference is clearly evident in the field. While tracking a subject late in the day on a forest trail, the X1 navigated around branches and tree trunks with remarkable fluidity, whereas the Lito 1 appeared more hesitant, braking sooner or simply stopping the tracking altogether. If you regularly fly during the “blue hour,” track mountain bikers or trail runners through dense vegetation, or simply fly in cluttered environments, this advantage alone justifies a significant portion of the price difference. It should be noted, however, that the two drones share the same smart modes for everything else: FocusTrack and ActiveTrack up to 12 m/s, QuickShots, MasterShots, Hyperlapse, and panoramic shots. Only waypoint flight—Waypoint mode—remains exclusive to the X1, which is important for pilots who monitor construction sites or capture shots that can be replicated identically over time.

Battery life: the wide gap between the advertised 36 minutes and real-world performance

DJI reports a maximum flight time of 36 minutes for both models using their standard batteries, which have capacities of 2,590 mAh for the Lito 1 and 2,788 mAh for the Lito X1, respectively. It’s important to note what this figure means: it is measured while hovering, in calm conditions, under laboratory conditions, and includes the full payload until the drone comes to a stop. The manufacturer itself, in fact, reports a significantly lower real-world flight time of around 23 minutes.

Our measurements confirm this second value much more than the first. In mixed flight conditions—including travel, a few bursts of acceleration in Sport mode, and a return to the takeoff point triggered when the battery reached 20 %—we achieved between 23 and 25 minutes of usable flight time, which aligns with the results published by leading independent tests. That’s a decent flight time for this category, but it means you’ll need to bring at least two extra batteries if you’re heading out for a half-day of scouting. The Fly More Pack is therefore less a luxury and more a necessity, especially since the included charging station recharges one battery in about 45 minutes and all three in less than an hour and a half, compared to approximately 73 minutes for charging directly in the drone.

The DJI Lito X1 offers an added benefit with the 4680 mAh Intelligent Flight Battery Plus, included in the Fly More Combo Plus package and rated for a maximum flight time of 52 minutes—or about 37 minutes in real-world use. The maximum flight range increases from 21 to 32 kilometers. DJI does not offer this battery for the Lito 1, which constitutes a structural difference rather than a simple product line choice. Be aware, however: this higher-density battery pushes the drone’s weight past the 250-gram threshold, with direct regulatory implications that we’ll detail later. It is therefore a deliberate trade-off between flight time and flexibility of use—not a free perk.

O4 Transmission, Range, and Performance in Urban Environments

Both Lito models use the fourth generation of the company’s proprietary OcuSync system, with 1080p video feed at 60 frames per second, a latency of approximately 120 milliseconds, and a theoretical maximum range of 8 kilometers in the European CE configuration, compared to 15 kilometers in markets governed by FCC or IC standards. These figures apply to unobstructed conditions with no obstacles or electromagnetic interference, and it would be unrealistic to expect to achieve them during a typical flight, especially since regulations require that the drone be kept within direct visual line of sight.

What really matters is the reliability of the connection at reasonable distances, and in this regard, both devices perform identically and reliably. The signal remains clear, the latency allows for precise control, and the video feed maintains sufficient resolution for proper framing. However, we did notice some signal drops when the drone flew behind a building or through dense vegetation—which is to be expected but serves as a reminder that no transmission system can replace maintaining visual contact. The connection also supports file downloads at speeds of up to 10 MB/s, while the QuickTransfer feature over Wi-Fi 6 allows you to transfer footage to a smartphone at speeds of up to 50 MB/s.

Storage and Workflow: An Underestimated Practical Advantage of the X1

The DJI Lito X1 comes with 42 GB of internal storage, supplemented by a microSD slot that supports cards up to 1 TB. The Lito 1 has no internal storage and therefore requires the use of a memory card; otherwise, recording is not possible. On paper, the difference seems trivial, given how affordable microSD cards have become. In practice, however, any moderately experienced pilot has been there: arriving at a location after an hour-long drive only to discover that the card was left in the reader back at the office. The X1’s 42 GB provide a safety net that has saved more than one session, and also allow you to keep filming when a card fills up or malfunctions.

This point is worth noting because it illustrates a broader principle: the X1 isn’t just a Lito 1 with a better sensor—it’s a camera designed for more intensive use, where you take frequent flights and can’t afford to come back empty-handed.

Radio-controlled vehicles, kits, and prices observed in France

Both drones are compatible with the remote control DJI RC-N3, which uses your smartphone as a screen, and the DJI RC 2, which features a built-in screen that eliminates the need to use your phone. Our recommendation has remained the same for years: if your budget allows, a remote controller with a built-in screen transforms the experience, reduces setup time, eliminates issues with unwanted notifications and your phone overheating in direct sunlight, and automatically lowers the risk of accidental mishandling during takeoff.

On the French market, the DJI Lito 1 starts at 339 euros for the base model and around 479 euros in the Fly More bundle with the RC-N3. The DJI Lito X1, meanwhile, starts at around 419 euros, rises to nearly 579 euros in the Fly More bundle with the RC-N3, reaches 679 euros in the Fly More bundle with the RC-2, and tops out at around 759 euros for the Fly More Combo Plus, which includes the RC-2 and a long-life battery. These prices vary significantly depending on retailers and promotional periods, and the prices announced at launch in other European markets were slightly lower; therefore, they should be considered as rough estimates.

It’s worth noting one point of context: the Lito series is not officially distributed in the United States due to import restrictions that took effect in late 2025. This situation does not directly affect European buyers, but it explains the inconsistent availability of certain products on international marketplaces and should prompt caution regarding cross-border offers that seem too good to be true, as they raise issues regarding warranties and compliance.

European Regulations: A Detail That Can Be Costly

In their standard configuration, both devices fall under Class C0 as defined by European regulations, since they weigh less than 250 grams. This classification allows for flight under Subcategory A1 without mandatory theoretical training; simply reading the manufacturer’s manual is sufficient. Be aware, however, of a common misconception: the absence of an exam does not mean there are no formalities. As soon as an aircraft carries a camera capable of capturing personal data, the operator must still register it—in France, through the AlphaTango portal. Rules regarding flight paths, minimum distances from people, and prohibitions on flying over gatherings also apply, as do no-fly zones.

The situation changes as soon as you install the Plus battery on the DJI Lito X1. The device then exceeds 250 grams and falls into Class C1, which requires the pilot to complete the online training and pass the A1/A3 exam, and restricts the ability to fly over bystanders. In other words, the configuration that offers the longest flight time is also the one with the most legal restrictions. We therefore recommend treating the Plus battery as a mission accessory, reserved for flights in open areas where flight time is a priority, rather than as your everyday battery. Since these rules change regularly, it’s prudent to check the current regulations with the DGAC before any flight.

Reliability, Maintenance, and Repairability: What We Observe in the Workshop

This is the aspect that standard tests never address, yet it is the one that determines the actual cost of owning a drone over three or four years. Both Lito models share a common mechanical architecture, which is excellent news from a maintenance standpoint: the points of vulnerability and repair procedures are identical, and many of the structural parts are shared between the two models.

The first point to watch out for—as with all lightweight foldable drones—is the gimbal-camera assembly. This subassembly is suspended by flexible shock absorbers and connected to the main board by an extremely thin ribbon cable. It’s the first component to suffer damage from a hard landing, a tip-over during takeoff on loose ground, or—more simply—storing the drone without replacing the gimbal’s protective cover. We cannot stress this enough: this cover is not just packaging; it is a retaining part that secures the gimbal during transport. DJI explicitly states this in its first-use guide. A complete camera module costs about 160 euros, while a gimbal subassembly with its pitch motor costs around 44 euros: the difference between the two often comes down to nothing more than proper storage practices.

The second common issue involves the arms and hinges. On such a lightweight device, even a slight sideways bump against a branch or a wall is enough to crack an arm housing or cause play in the joint, which then results in unwanted vibrations visible on the screen. Original arm housings can be replaced for about 20 euros, a complete motorized arm for about 65 euros, and a motor alone costs around 25 euros. Replacing a motor is a task that a careful DIYer with a precision soldering iron can handle, but it requires careful rebalancing and a vibration test before the unit is put back into service.

The third point to watch out for concerns the vision sensors, on which the obstacle-avoidance system relies entirely. These modules, available for around 32 euros each, are susceptible to scratches and dirt. A sensor lens on the underside that becomes caked with dirt after landing in a field is enough to cause positioning errors during hovering—a problem often mistakenly interpreted as a GPS failure. Gently cleaning it with a microfiber cloth before each flight prevents many unnecessary service calls. On the Lito X1, the front LiDAR window requires the same care.

Finally, the issue of batteries deserves special attention. DJI recommends fully charging the batteries and remote controller every three months during prolonged storage, and this guideline is far from theoretical: the majority of batteries we see that are swollen or refuse to charge have spent an entire winter flat in a closet. It’s also worth noting that the Lito X1 operates within a temperature range of -10 to 40 °C, whereas the Lito 1 is rated for a narrower range starting at 5 °C. If you fly regularly in the mountains or during the winter, this difference is significant and makes the X1 the better choice.

In terms of insurance, DJI Care Refresh remains a good option for these devices. Expect to pay around 40 euros for one year of coverage on the Lito X1, which includes two replacements in the first year, a deductible of about 36 euros for physical damage, and around 146 euros in the event of a flyaway. Activation must occur within 48 hours of the first power-up—a deadline that many pilots discover too late. Compared to the cost of a camera module or a structural repair, this plan pays for itself after the first serious incident—though it doesn’t replace the need for careful piloting or opting for repairs for minor damage, which are often much less expensive than a replacement subject to the deductible.

So, DJI Lito 1 or DJI Lito X1?

After several weeks of flying, our take is nuanced but clear. The DJI Lito 1 is an excellent first drone, and we say that without reservation. It flies exactly like its bigger brother, offers the same level of safety thanks to its omnidirectional detection, produces perfectly usable 4K footage in good lighting, and its price of 339 euros makes it accessible to pilots who aren’t sure they’ll stick with it beyond their first season. Whether you’re filming a vacation, posting travel content on social media, or learning to fly without breaking the bank, it delivers on its promise with flying colors.

The DJI Lito X1 is aimed at a different kind of pilot, and the 80-euro difference in the starting price is, in our view, one of the best investments in the current lineup. The larger sensor, close-up focusing, 10-bit D-Log M, HDR recording, front-facing LiDAR, internal memory, Waypoint mode, and extended temperature range aren’t just a list of specs on a spec sheet: these are all real-world scenarios where the Lito 1 will say no and the X1 will say yes. If you’ve flown before, if you color-grade your footage, if you fly outside peak hours, or if you’re considering any professional use at all, it’s really a no-brainer.

There is a third scenario that it would be dishonest to overlook. If your top priority is image quality and your budget allows for high-end models, the manufacturer’s models with larger sensors still have a clear advantage, particularly in dynamic range and handling high-contrast scenes. The Lito series has never claimed to replace them: it makes a level of features accessible that was still reserved for mid-range models not long ago, and that is precisely what makes it a success.

Frequently Asked Questions

Do the DJI Lito 1 and the DJI Lito X1 have the same flight time?

Yes, in their standard configuration. Both devices are advertised as having a maximum flight time of 36 minutes and, in practice, deliver between 23 and 25 minutes of usable flight time, depending on conditions. Only the Lito X1 can accommodate the 4,680 mAh Plus battery, which extends the advertised flight time to 52 minutes—though this pushes the weight over the 250-gram threshold and classifies the drone as a C1 model.

Do you need training to fly a DJI Lito?

In their standard configuration weighing 249 grams, both drones fall under Class C0 and do not require a prior written exam. Registration as an operator is still required, however, since these devices are equipped with a camera. Installing the Plus battery on the Lito X1, on the other hand, requires A1/A3 training and certification.

Is the price difference between the two models justified?

It’s well worth the price if you actually take full advantage of what the X1 has to offer: D-Log M, HDR, low-light performance, LiDAR for tracking in crowded environments, and internal storage. For use exclusively during the day and for social media, the price difference is less justified, and the Lito 1 is the rational choice.

Can these drones be repaired if they break?

Yes, and that’s one of their strengths. Structural parts, motors, arms, hulls, vision sensors, and gimbal assemblies are available separately at reasonable prices, which means that in the vast majority of cases, the robot can be repaired rather than replaced. A broken gimbal or a cracked arm doesn’t spell the end for a Lito, as long as you use the right parts and the right tools.

Can you shoot in portrait mode with the Lito?

Both models offer a 2.7K vertical mode, achieved by cropping the sensor rather than through mechanical rotation of the gimbal. The quality is still quite good for sharing on social media, but it doesn't compare to a true full-definition vertical recording.