DJI Ronin S: Complete Review and Balancing Walkthrough

When the DJI Ronin S arrived in 2018, it changed what a single-operator filmmaker could achieve with a handheld camera. It brought the stabilisation performance of a two-handed professional rig into a form factor that one person could carry and operate for a full shoot day. Our video production team at ProfileTree has used the DJI Ronin S across client projects in Northern Ireland and beyond, and it remains part of our production kit today.

This guide covers everything you need to make a clear decision about the DJI Ronin S in 2026: whether the performance still holds up against modern alternatives, what to check before buying a used unit, and how to balance and configure it correctly from day one.

Is the DJI Ronin S Still Worth It in 2026?

If you are researching the DJI Ronin S today, you almost certainly fall into one of two camps: you are consideIs the DJI Ronin S Still Worth It in 2026?

If you are researching the DJI Ronin S today, you almost certainly fall into one of two camps: you are considering picking one up on the second-hand market for a fraction of its original price, or you have just acquired one and need to know how to balance and configure it properly. The DJI Ronin S launched in 2018 as a genuine game-changer for single-handed camera stabilisation, compressing the technology of DJI’s two-handed Ronin M into a more practical, lighter form factor. At ProfileTree, our video production services have relied on the DJI Ronin S across dozens of client shoots, from corporate brand films in Belfast to documentary work throughout Northern Ireland and the UK.

The camera gimbal market has moved considerably since 2018. DJI has since released the RS 2, RS 3, and RS 4, each improving on weight, automation, and convenience. So the question stands: why does the DJI Ronin S still appear in professional kit bags and on our own production roster? The answer comes down to three things: payload capacity, build quality, and price. A used DJI Ronin S in excellent condition currently sells for between £150 and £250 on platforms like MPB and eBay. At that price point, the performance-to-cost ratio is difficult to argue against.

The Case for Buying the DJI Ronin S Today

The strongest argument for choosing the DJI Ronin S in 2026 is its 3.6 kg (8 lb) payload capacity. While newer models like the RS 3 have pushed maximum capacity to 4.5 kg, the difference is largely irrelevant for most mirrorless and DSLR shooting configurations. Whether you are working with a Sony FX3, a Canon EOS R5, or a Nikon Z6 III fitted with a quality zoom lens, the DJI Ronin S motors will handle the load without strain. For businesses looking to improve their video content strategy, understanding your equipment ceiling matters as much as the camera itself.

The other lasting advantage is physical mass. The DJI Ronin S weighs 1.84 kg before any camera is attached, which is considerably heavier than its carbon fibre successors. That sounds like a drawback, but working cinematographers frequently cite the opposite effect. The weight creates natural inertia that absorbs the micro-vibrations generated by footsteps and operator movement. Ultra-lightweight gimbals are exceptionally convenient, but their low mass can transmit subtle movement into footage in ways that a heavier rig does not.

“I have tested most of the current DJI RS range alongside our original DJI Ronin S, and for handheld documentary work, the extra weight is actually a stabilisation asset,” says Ciaran Connolly, founder of ProfileTree. “The newer models are brilliant for travel and run-and-gun shooting, but for long-form shoots where you are walking alongside a subject, the mass of the DJI Ronin S produces smoother results.”

Where the DJI Ronin S Shows Its Age

There are areas where the DJI Ronin S cannot match the current generation of gimbals. The most significant is the absence of automatic axis locks, which means you need to manually secure the tilt, roll, and pan axes each time you power down or transport the gimbal. The app experience has also not kept pace with newer firmware iterations, and certain advanced features available on the RS 3 and RS 4 are absent.

The integrated battery handle is both a practical feature and a long-term liability. On a healthy used unit, the battery delivers close to the advertised 12-hour runtime. On heavily used examples, degraded cells can reduce that to four or five hours. This is the area that requires the most scrutiny before any purchase.

Camera Compatibility and Payload

One of the most common questions from filmmakers considering the DJI Ronin S in 2026 is whether it will work with their current camera and lens combination. For the majority of modern mirrorless and DSLR setups, it will. The key is understanding how to calculate your total rig weight before mounting anything. If you are building a production setup from scratch, our guide to camera setup for business video walks through the full equipment decision in detail.

How to Calculate Your Total Rig Weight

The 3.6 kg payload limit applies to everything mounted on the gimbal head: the camera body, lens, cage or rig elements, external monitors, wireless follow focus systems, and any other accessories. Most professional mirrorless setups sit between 1.5 and 2.5 kg in a practical shooting configuration, leaving comfortable headroom within the limit. Problems arise when filmmakers add larger cine lenses, external recorders, or heavy wireless systems without accounting for cumulative weight.

Camera Control and Cable Compatibility

The DJI Ronin S connects to a wide range of camera bodies via the MCC (Multi Camera Control) and RSS (Remote Start/Stop) cables supplied in the box. This allows the gimbal to trigger recording start and stop, control focus and zoom electronically, and synchronise shutter release. Compatible brands include Sony, Canon, Nikon, Panasonic, and Fujifilm, though the degree of control available varies by body. For newer camera bodies released after 2020, check DJI’s official Ronin S compatibility documentation and run any available firmware updates on both the camera and the DJI Ronin S before your first shoot.

Second-Hand Buying Guide: What to Check

Because the DJI Ronin S is now several years old, virtually every unit on the market is second-hand. The build quality is genuinely exceptional, and a well-maintained example performs identically to a new unit. However, there are specific failure points that years of professional use can accelerate. Before purchasing, work through these three areas carefully. If you are also reviewing your wider video production equipment checklist, this buying guidance applies equally to other used camera accessories.

Battery Handle Condition

The battery of the DJI Ronin S is integrated into the BG37 grip handle rather than being a swappable external unit. Replacing a degraded battery means sourcing a replacement handle rather than simply buying a new cell, and BG37 grips are becoming harder to find. Ask the seller how many charge cycles the handle has accumulated. Better still, test the battery yourself: a fully charged unit with a moderately heavy camera should show minimal depletion after two to three hours of continuous use. Any unit reporting under six hours of real-world runtime should be priced accordingly.

Motor Health and Joystick Drift

Power on the DJI Ronin S with a camera mounted and balanced, then move through a full range of pan, tilt, and roll movements using the joystick. Check for two things. First, whether movements are smooth and responsive without grinding or stuttering from the motors. Motor fatigue from prolonged heavy loads produces a characteristic grinding sensation that is immediately noticeable. Second, release the joystick completely and observe whether the camera continues to drift. Joystick drift, caused by worn internal contacts, means the gimbal cannot hold a locked position and is fundamentally problematic for most filming scenarios.

Axis Fasteners and Mechanical Integrity

The DJI Ronin S uses friction-based lever clamps to lock the balance position on the tilt, roll, and pan axes. Inspect each lever clamp. Over-tightening by previous owners is a common cause of stripped threads on the locking mechanism, which prevents the arms from being securely clamped in place. If an arm slides freely even when the lever is tightened fully, the thread is compromised. This is a difficult repair and should be a firm deal-breaker unless the price reflects the fault.

The Complete Balancing Walkthrough

Balancing the DJI Ronin S correctly is the single most important factor in getting smooth, stable footage. An unbalanced gimbal forces the motors to work harder to compensate, which drains the battery faster, accelerates motor wear, and ultimately produces inferior footage. Many users who report poor DJI Ronin S performance are working with an improperly balanced rig. Follow these five steps in sequence every time you change your camera configuration. For broader context on how stabilisation fits into a professional video shoot workflow, our production process guide covers the full picture.

Step 1: Mounting the Camera Plate

Attach your camera to the quick-release plate using the 1/4-20 screw, positioning the plate as close to centre as possible beneath the camera body. A centred plate reduces the adjustment needed on each axis. Attach the plate to the tilt arm of the DJI Ronin S and loosely fasten the locking lever, leaving just enough friction to hold the camera while still allowing sliding adjustment.

Step 2: Balancing the Tilt Axis

Hold the tilt arm horizontal and release your grip. If the camera tips forwards, slide the plate backwards. If it tips rearwards, slide it forwards. The tilt axis is balanced when the camera holds a horizontal position without assistance. Lock the tilt lever firmly before moving on. This is the most critical axis to get right first, as it affects the accuracy of the roll and pan steps that follow.

Step 3: Balancing the Roll Axis

With the tilt axis balanced and locked, hold the roll arm so the camera is level and release your grip. If the camera rolls left, move the horizontal arm to the right, and vice versa. The DJI Ronin S features clear white measurement scales on the adjustment arms, which speeds up this step considerably compared to older gimbal designs. Once the camera holds level without assistance, lock the roll lever.

Step 4: Balancing the Pan Axis

Pan axis balance is achieved by adjusting the forward and backward position of the camera on the tilt arm so that the centre of gravity sits directly over the pan motor. Hold the DJI Ronin S in its normal operating position and release the pan axis. If the assembly rotates forwards or backwards on its own, adjust the fore-aft position on the tilt arm until the gimbal holds whichever position you leave it in. This is the subtlest of the three balance steps but has a significant effect on pan smoothness.

Step 5: App Calibration and Auto-Tune

With all three axes manually balanced, connect the DJI Ronin S to the Ronin app via Bluetooth. Navigate to Configuration, then Motor Parameters, and run the Auto-Tune function. The process takes approximately 30 seconds and sets motor stiffness and response to match your specific camera weight and configuration. For most users, Auto-Tune produces optimal performance straight away. If you are working with an unusually heavy or light setup, access the Advanced Settings to adjust motor parameters manually. Run Auto-Tune every time you make a significant change to your camera configuration.

DJI Ronin S App, Features and Video Production

The DJI Ronin S is not simply a mechanical stabilisation tool. The companion Ronin app adds a substantial layer of creative and technical control that elevates it from a stabiliser into a complete motion control platform. For video production teams and digital content creators, understanding these features separates competent gimbal operation from genuinely cinematic results.

SmoothTrack and Joystick Configuration

SmoothTrack governs how the DJI Ronin S responds to operator movement: the speed and smoothness of the follow response on each axis. For slow, cinematic pans and tilts, reducing the SmoothTrack speed creates a more gradual, filmic movement. For action shooting or subject tracking, a higher speed keeps the gimbal pace with fast movement. The Push Pan toggle within the app allows you to manually reorient the gimbal direction with a gentle physical push, which is useful for adjusting orientation without reaching for the joystick.

Timelapse, Panorama, and ActiveTrack

The DJI Ronin S supports timelapse shooting through the app, allowing you to programme custom intervals, durations, and motion paths for controlled camera movement during time-condensed sequences. The panorama mode automates multi-frame capture and stitching, producing wide-format images without manual alignment. ActiveTrack, originally developed for DJI’s drone range, brings subject-following capability to the DJI Ronin S: draw a selection box around your subject on a connected monitor and the gimbal will track their movement within the frame automatically. For businesses exploring how these techniques fit into a broader YouTube channel strategy, stabilised motion content consistently outperforms static handheld footage in audience retention metrics.

Video Production and Agency Context

At ProfileTree, our video production team deploys the DJI Ronin S across walking interview sequences, product showcase videos, and on-location brand content for clients throughout Northern Ireland and beyond. Its compatibility with Sony camera systems, combined with the 12-hour battery life, makes it a reliable choice for full-day shoots without the overhead of battery management. For businesses investing in video as part of a digital marketing strategy, the quality difference between footage shot with a properly configured DJI Ronin S and handheld footage is immediately visible and commercially significant. Stabilised footage communicates professional production values in a way that no post-production correction can replicate.

Troubleshooting Common Issues

Even well-maintained units occasionally present challenges. The following covers the most frequently reported issues.

Micro-jitters during panning: Almost always a balance issue rather than a motor fault. Re-run the balancing sequence from Step 1 and pay particular attention to the pan axis. Running Auto-Tune after rebalancing resolves this in the majority of cases.

App connection failures: Ensure Bluetooth is enabled on both your phone and the DJI Ronin S. If the app fails to connect, restart the gimbal, force-quit the app, and reconnect. Persistent issues often resolve with a firmware update.

Firmware update failures: Keep your phone within one metre of the gimbal throughout the update and ensure both devices have adequate battery before starting. If an update fails midway, the DJI Ronin S will typically revert to the previous firmware version safely.

Motors shutting down on startup: The DJI Ronin S will vibrate and cut its motors if powered on without a camera mounted. Always mount and roughly balance your camera before switching the gimbal on.

FAQs