LS-06P 6g Digital Servo

The approved product record lists LS-06P as 6g Digital Servo. The dimension drawing below is the approved drawing for this model - use it to check hub fit, arm clearance and mounting face before committing a build.

The scene photographs below come from the approved LS-06P image set and show the servo as supplied, in RC and UAV control use within the LINQDOM RC & UAV Parts & Accessories line. Before integrating, confirm every point against the specification table in module 01.

The full parameter set is in the specification table in module 01 - the points below are the decisions rather than a second parameter list.

• Interface. The record specifies a PB signal interface, which is the only PB-marked model in this servo line. Confirm your controller speaks PB and that its command timing matches the listed 1000~2000μs rotating-direction window before ordering; an interface label alone is not a compatibility statement.
• Supply. The listed operating voltage is 4.8-6V DC, with stall current of ≤700mA at 4.8V and ≤800mA at 6.0V. Check that your rail holds voltage under load and can source the current your mechanism can stall.
• Mounting. The output spline is 28T with a Φ3.90mm shaft. This differs from the 25T/Φ5.77 and 25T/Ø5.9 splines used elsewhere in the line, so the horn, arm or linkage must be matched to 28T and Φ3.90mm rather than reused.
• Travel. The listed operating travel angle is 90° and the listed pulse width range is 500~2500μs (180°). The travel figure is the usable range; the pulse range is the command window. Confirm your mechanism and your command range agree.
• Lead length. The listed wire length is 150mm, which is short. Check that the routing distance from your receiver or controller to the servo allows for the standard lead, and raise the requirement explicitly if you need a longer cable.

• The lowest listed weight in the servo line at 6±0.5g, for builds where every gram is allocated.
• A 90° operating travel angle with a ≤1° return angle deviation, so repeat positioning is repeatable on small linkages.
• A listed no-load speed of 0.08 sec/60°, which suits fast-moving small linkages.
• A PB signal interface rather than the PWM interface marked on the larger units in this line.
• A 150mm lead with a JR2.54 plug, which suits compact control layouts where cable routing space is tight.
• Consistent supply terms: the standard MOQ for this servo line is 100 pcs, and OEM/ODM requests are handled as project-specific enquiries.

LINQDOM is a Shenzhen-based B2B supplier with OEM/ODM sourcing and customization support, and the standard MOQ for this servo line is 100 pcs. To get a reviewable answer, send:

• Target quantity, and whether this is a repeat production run or a new build.
• The application - RC or UAV platform, and the axis or mechanism the servo drives.
• The controller you intend to use and the signal output type it drives.
• The supply voltage and how it is generated.
• The output spline and shaft you need to mate with.
• The mechanical envelope available, in millimetres.
• Packaging, labelling and shipping requirements.

Feasibility, scope and commercial terms are confirmed for the specific project rather than published as standard claims. Send project details to sales@linqdom.com.

Compatibility with a particular controller or system is not implied by this page - verify the exact configuration. The checks worth completing before integration are:

1. Voltage. The record lists a single operating range of 4.8-6V DC. Provide a regulated rail inside that range that can source the listed stall current of ≤700mA at 4.8V (≤800mA at 6.0V) and stays in range while the mechanism is loaded.
2. Current budget. Static current is listed as ≤90mA at 4.8V and ≤100mA at 6.0V. Use the static figures for quiescent supply sizing; use the stall figures only for short-duration peak checks.
3. Signal. The listed pulse width range is 500~2500μs (180°) and the listed rotating direction is CCW (1000~2000μs) on a PB interface. Confirm the controller command format, the frame timing and the polarity your configuration expects.
4. Mechanical. The output spline is 28T with a Φ3.90mm shaft and the listed weight is 6±0.5g. Verify hub fit, arm clearance and mounting face against the dimension drawing in module 02 before committing the build.
5. Travel and limit. The listed operating travel angle is 90°. A travel specification is not a continuous-rotation guarantee. If the mechanism must turn indefinitely, raise that as a separate requirement instead of inferring it from the travel figure.

Category context: the RC Servos listing and the wider RC Parts & Accessories range on the LINQDOMTECH site.

• RC Servos category — https://www.linqdomtech.com/product-2-24-90-1.html
• RC Parts & Accessories — https://www.linqdomtech.com/product-2-24-1.html
• Products index — https://www.linqdomtech.com/product.html

1. Confirm the model: LS-06P 6g Digital Servo.
2. Confirm the order quantity; the standard MOQ for this servo line is 100 pcs.
3. Confirm the configuration points that affect the build, using the specification table in module 01.
4. Confirm mechanical fit against the dimension drawing before releasing the order.
5. Agree packaging, shipping terms and delivery details with the sales team before order confirmation.

For quotations, order details or an OEM/ODM review of the LS-06P, contact the LINQDOM team with your target quantity, application, controller, signal interface and mechanical requirements. Related pages: the RC Servos category listing, the wider RC Parts & Accessories range, and the LINQDOMTECH products index.

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sales@linqdom.com

• RC Servos category — https://www.linqdomtech.com/product-2-24-90-1.html
• RC Parts & Accessories — https://www.linqdomtech.com/product-2-24-1.html
• Products index — https://www.linqdomtech.com/product.html