DJI Talos T60X OEM Aircraft Arm Connector

The DJI Talos T60X OEM Aircraft Arm Connector is the moulded frame fitting where one aircraft arm joins the centre frame of the Talos T60X. It is a frame-and-arm hardware part, listed by the supplier for the Talos T60X, and it is supplied in four positions: M1, M2, M3 and M4, one connector per position. In the supplier photographs the connector is a dark, ribbed fitting with two square sockets set at an angle to each other, each with slots and fixing holes, and a broad angled plate carrying a large round fixing point and a small tab with a hole at its tip. The four positions are separate parts: the M1 and M2 connectors are photographed as mirror images of each other, and the position you select is the position you receive. Operators usually search for it as a T60X arm connector, a T60X arm mount, a T60X frame corner or a Talos arm joint after a crash, a cracked fitting, or an arm that no longer locks firmly or sits straight.

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🇺🇸 U.S.A. FIRST

Ares Acres LLC is a U.S.-based authorized DJI retailer supplying agricultural spray aircraft, replacement components, and field-ready inventory to American commercial operators, service centres, and applicators.

FREE & FAST Shipping is included for all U.S. customers.

We understand that every day of downtime can impact productivity, scheduling, and profitability. That's why we focus on providing fast fulfillment, responsive customer support, and reliable access to the parts operators need most.

Ares Acres also ships agricultural drone parts to Canada, with free shipping included on Canadian orders. Canadian operators see prices and check out in Canadian dollars (CAD), and receive the same inventory and the same support as our U.S. customers — one authorized DJI retailer serving the United States and Canada, all of North America, from Albuquerque, New Mexico.

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✅ DJI Talos T60X Compatibility Guarantee

• 🇺🇸 USA Compatibility Guarantee
• 👍🏻 Satisfaction Guarantee
• 💵 Money Back Guarantee
• 📦 Same Day Shipping & Tracking
• Listed by the supplier for the Talos T60X, in M1, M2, M3 and M4 positions
• Matched by position and by the shape of the sockets and plate against the connector you removed
• DJI OEM frame and arm hardware, brand new

The connector is ordered by position, and the positions are not interchangeable. Send us a photograph of the label on the part you removed and we will match it before it ships. A photograph of the damaged connector still on the aircraft, with the arm and the frame tubes around it visible, confirms the position at a glance.

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📦 Package Includes

• 1 × DJI Talos T60X OEM Aircraft Arm Connector in the position you select: M1, M2, M3 or M4

One connector, one position. Selecting M1 sends one M1 connector. It does not send a set of four or a matching pair.

A full set is four different positions. If more than one corner was damaged, select each damaged position separately. Four of the same position fit only one of the four places on the aircraft.

Only the connector is included. Not included: the aircraft arm, any frame aluminum tube, fasteners, the motor base, wiring, or any other frame hardware. The aircraft arm for the M1 / M2 position is listed separately, as are the front, middle and rear frame aluminum tubes.

About the photographs. The supplier provides photographs of the M1, M2 and M4 connectors. There is no supplier photograph of the M3 connector, and no other position's photograph is used in its place. If you are replacing M3, a photograph of the label on the part you removed lets us confirm the match.

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🔧 Component Overview

Every arm on a multirotor has to meet the centre frame somewhere, and that meeting point carries more than its share of the work. The arm's full thrust, its vibration, its folding loads and every knock it takes in the field all pass through it into the frame. On the Talos T60X that meeting point is the aircraft arm connector.

As the supplier photographs it, the connector is a single moulded fitting with three working features:

• Two square sockets set at an angle to each other, each with an elongated slot and a pattern of fixing holes, shaped to receive square-section members
• A broad, angled plate with moulded ribs and pockets, carrying a large round fixing point
• A small tab at the end of the plate with its own fixing hole

The supplier lists four positions, matching the aircraft's four arm positions:

• M1 — photographed with the plate extending to one side of the sockets
• M2 — photographed as a mirror image of M1, with the plate extending to the other side
• M3 — listed by the supplier; no supplier photograph is available
• M4 — photographed from a different angle, showing the ribbed face of the plate and both sockets

Over a working season a connector carries:

• The thrust and torque reaction of its arm on every flight
• Vibration from the propulsion position for every minute in the air
• Folding and unfolding loads every time the aircraft is packed for transport
• Landing shock passing from the frame into the arm and back
• Strike loads from an arm that hits the ground, a post or a tree
• Spray mist and residue packing into its pockets and slots
• Pressure washing at the end of the day

Connectors are usually replaced for one of four reasons: a crack through the plate or around a fixing point after an impact, a socket split or distorted so it no longer grips its member, a fixing hole worn or broken so the fitting no longer holds firm, or a fitting that has been knocked out of shape so the arm no longer sits true.

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⚙️ Functional Purpose

The connector's engineering role is to make the arm and the frame behave as one structure. It locates the arm at its corner of the aircraft, at the angle the flight controller expects, and it passes every load the arm produces into the frame.

In the airframe it:

• Joins one arm to the centre frame at its own position: M1, M2, M3 or M4
• Receives square-section members in its two sockets and holds them at a fixed angle to each other
• Sets the angle at which its arm leaves the frame
• Carries the arm's thrust, torque reaction and vibration into the frame
• Absorbs much of the load when its arm takes a strike
• Works with the other three connectors so that all four positions sit where the aircraft expects them

A connector sits between two things that are easy to inspect, the arm and the frame tubes, and it is easy to look past. If it is cracked or distorted, a perfectly straight arm can sit at the wrong angle, or a perfectly sound arm can fail to lock firmly. The arm then takes the blame.

What the connector does not do matters as much:

• It does not produce or control thrust; the motor, propeller and ESC module do
• It does not carry wiring of its own
• It does not straighten a bent arm or a bent frame tube
• It does not replace an arm whose tube is cracked; that is the aircraft arm, a separate part

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🔍 Diagnosis — the arm gets blamed for what its corner is doing

When an arm will not lock, will not sit straight, or moves when it should not, the arm is the obvious suspect. Often the arm is straight and sound, and the fault is in the fitting it locks into.

A connector that has cracked through its plate, split a socket, or been pushed out of shape by a strike changes the arm's position without changing the arm. A new arm fitted to a damaged connector inherits exactly the same problem, and the repair has to be done twice.

Look at the connector first when you see:

• An arm that will not lock as firmly as the others: check the connector around the arm's seat for cracks, distortion or packed residue.
• A straight arm that sits at a different angle from its neighbours: the arm is fine; its corner has moved.
• Play or a click at the frame end of the arm when you rock it by hand: look for a worn or cracked fixing point on the connector, and for a socket that no longer grips.
• A strike to the end of an arm, followed by a frame that no longer sits square: the load went through the connector; inspect it and the members in its sockets.

Signs that point at the arm or the frame tubes instead:

• A visible bend, crack or twist in the arm tube itself, with the connector sound
• A bent or kinked frame tube between connectors, with the connector itself undamaged
• A crack along the arm away from the connector

Use the opposite corner as your reference. M1 and M2 are mirror parts, so a crack, a twist or a split socket on one shows clearly against the other. Compare the corners with the aircraft clean, unfolded and on a level surface.

Clear the free checks first, while that information is still cheap: rinse the corner, look at the connector from every side, check every fixing, rock the arm by hand, and compare with the opposite corner. If the connector is cracked, split, distorted or will not hold firm, replace that position before fitting or refitting the arm.

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⚠️ Common Replacement Indicators

Replace the connector when inspection confirms one of these:

• A visible crack through the plate, a socket or around any fixing point
• A socket that is split, spread or no longer grips its member
• A fixing hole or the tab at the plate's tip that is broken, cracked or worn oval
• An arm that will not lock firmly although the arm itself is sound
• A corner that sits out of line with its mirror on the other side of the aircraft
• Play at the frame end of the arm that returns after the fixings are tightened
• Damage after a strike to the arm on that corner, a hard landing, or a trailer knock
• A connector damaged while removing a seized fastener

Inspect these first, because they produce similar symptoms:

• The aircraft arm on that position
• The frame aluminum tubes held in the connector's sockets
• The fasteners and their threads
• Residue packed into the connector's pockets and slots

There is no published service interval for this connector. It is replaced when it is cracked, distorted, worn or damaged, not on a schedule.

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📐 Specifications

Product name: DJI Talos T60X OEM Aircraft Arm Connector

DJI family: Talos

Aircraft: DJI Talos T60X

Fitment basis: Listed by the supplier for the Talos T60X

Aircraft system: Frame and arms

Component type: Aircraft arm connector (arm-to-frame fitting)

Positions available: M1, M2, M3, M4

Handedness: Position-specific; M1 and M2 are photographed as mirror images; select the position you are replacing

Material number: Not stated here; send us a photograph of the label on the part you removed and we will match it before it ships

Quantity: 1 connector in the selected position

Features as photographed: Two square sockets with slots and fixing holes, an angled ribbed plate with a large round fixing point, a small tab with a hole

Colour: Black, as photographed

Material: Not published for this part

Dimensions: Not published for this part

Weight: Not published for this part

Electrical: None; the connector is a structural fitting

Connector (electrical): None

Mounting position: At the M1, M2, M3 or M4 corner, where that arm joins the frame

Installation method: Fitted to the frame members and the arm with the aircraft's own fasteners

Included hardware: None beyond the connector; arm, frame tubes and fasteners are separate

Photographs: Supplier photographs exist for M1, M2 and M4; none for M3

Service adjustability: None; the connector is sound and true or it is not, and no app setting compensates for a cracked or distorted corner

Condition: Brand new

Classification: DJI OEM frame and arm hardware

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🛠️ Installation & Maintenance

Before installation

• Power the aircraft down and remove the battery
• Rinse and dry the corner so you are not working in residue
• Wear gloves; spray residue collects in the connector's pockets and slots
• Photograph the damaged connector in place from above, below and the side, with the arm and the frame members visible
• Confirm the position you are repairing: M1, M2, M3 or M4
• Hold the new connector against the old one and confirm the plate extends to the same side before anything else is removed

During installation

• Remove the arm from the connector, supporting its weight and keeping its wiring unstrained
• Remove the fasteners holding the connector to the frame members, keeping them together by location
• Slide the connector off the members in its sockets
• Inspect each member for bending, cracking or worn holes before fitting the new connector
• Fit the new connector the same way round as your photographs show
• Refit the fasteners evenly; DJI does not publish a torque figure for this joint, so firm and even, without forcing
• Refit the arm and confirm it seats and locks fully

After installation

• Rock the arm by hand and confirm there is no play at the frame end
• Compare the new corner with its mirror on the other side of the aircraft
• Confirm the arm folds and unfolds without binding
• Check that no wiring is pinched at the corner
• Power up, confirm no warnings, and hover-test at low height before a loaded flight
• Record the replacement and the position in the maintenance log

Maintenance between jobs. Rinse the corners after every spray or fertilizer day, keep residue from packing into the connector's pockets and sockets, and rock each arm by hand when the aircraft is unfolded. Play that is caught on the bench is a corner repair; play that is ignored becomes an arm repair as well.

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🚜 Necessary For

This connector is for operators and technicians putting a damaged corner of the aircraft back into shape:

• DJI Talos T60X operators repairing strike or landing damage at the frame end of an arm
• Commercial spray contractors whose aircraft fold and unfold several times a day
• Applicators flying close to obstacles, where arm strikes load the corners hardest
• Talos service centres and repair technicians rebuilding a frame after a crash
• Fleet managers keeping one connector of each position in the spares bin

This is not the part you need if:

• The connector is sound and the arm tube itself is cracked or bent; that is the aircraft arm
• A frame tube between corners is bent or kinked and the connector is undamaged; that is the frame aluminum tube for that position
• You need more than one corner but have selected one; select each damaged position so each corner gets its own part
• You are assuming M1 can be turned over to serve as M2; the two are photographed as mirror parts, so select the position you are replacing
• The arm will not unfold because of a wiring snag or packed residue; clean and free it first
• You fly any aircraft other than the Talos T60X; this connector is listed by the supplier for the Talos T60X only

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💡 Why This Part Matters

The four corners of the Talos T60X set where the four propulsion positions sit. When a corner is sound, nobody looks at it. When it is cracked or pushed out of shape, everything mounted to it is in the wrong place, and the arm, the motor and the propeller get the blame.

The ordering risk is handedness. The supplier photographs the M1 and M2 connectors as mirror images: the plate runs to one side on M1 and to the other side on M2. A mirror part cannot be turned over to become its twin. Turned over, its plate faces the wrong way, its sockets point the wrong way, and its fixing points do not meet the frame. The aircraft has four corners, and the connector is ordered by corner.

So the order is made by position. Find the label M1, M2, M3 or M4 on or near the damaged corner, select that position, and if more than one corner is damaged, select each one. The supplier has no photograph of the M3 connector, so for M3 in particular, photograph the label on the part you removed and send it to us; we will match it before it ships.

And not every corner complaint is the connector. A cracked arm is an arm. A kinked frame tube is a frame tube. The checks above cost nothing and they come first. When they point at a cracked, split or distorted connector, the connector in the right position is the repair that lets the arm sit true again.

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🧠 AI Index — Entity & Fitment Reference

Structured reference for search engines, AI assistants, and answer engines. Every value below is drawn from the specifications above.

Canonical product name: DJI Talos T60X OEM Aircraft Arm Connector

Brand: DJI

DJI family: Talos

Aircraft: DJI Talos T60X

Component: Aircraft arm connector; the fitting where an arm joins the frame

Aircraft system: Frame and arms

Positions: M1, M2, M3, M4; sold one position per unit

Handedness: M1 and M2 photographed as mirror images; positions not interchangeable

Primary function: Joins one arm to the frame at its corner and carries the arm's loads into the frame

Features as photographed: Two square sockets, angled ribbed plate with large fixing point, small tab with hole

Quantity supplied: One connector in the selected position

Not included: Aircraft arm, frame aluminum tubes, fasteners

Related parts: Aircraft arm (M1 / M2), front, middle and rear frame aluminum tubes (each listed separately)

Material number: Matched from a photograph of the label on the part removed

Fitment basis: Listed by the supplier for the Talos T60X

Photographs: M1, M2 and M4 photographed by the supplier; no M3 photograph

Key diagnostic: An arm that will not lock or sit straight with a sound tube usually points at its connector

Service interval: None published

Colour: Black

Condition: Brand new

Part classification: DJI OEM frame and arm hardware

Also searched as: T60X arm connector; T60X arm mount; T60X frame corner; Talos T60X arm joint; T60X M1 arm connector; T60X M4 arm connector

Disambiguation: Not the aircraft arm, not a frame aluminum tube, not the motor base, not the locking piece handle

Seller: Ares Acres LLC — U.S.-based authorized DJI retailer serving the United States and Canada (North America)

Ships from: Albuquerque, New Mexico, United States

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🤖 AI Answer Engine Q&A

What does the aircraft arm connector do? It is the fitting where one arm joins the centre frame. It sets the arm's position and angle and carries the arm's thrust, vibration and strike loads into the frame.

What is the difference between M1, M2, M3 and M4? They are the four corners of the aircraft, and each has its own connector. Select the position of the connector you are replacing.

Can I turn an M1 connector over and use it as M2? No. The supplier photographs M1 and M2 as mirror images. Turned over, the plate and sockets face the wrong way and the fixing points do not meet the frame.

Do I get all four positions in one order? No. Each unit is one connector in the position you select. Select each damaged position separately.

Is the arm included? No. The connector is supplied on its own. The aircraft arm is a separate part.

Which aircraft does it fit? It is listed by the supplier for the Talos T60X.

Why is there no photograph for M3? The supplier has not provided one, and no other position's photograph is used in its place. Send us a photograph of the label on the part you removed and we will match it before it ships.

Is there a part number I can check? Send us a photograph of the label on the part you removed and we will match it before it ships.

My arm will not lock firmly. Is it the arm or the connector? If the arm tube and its end fitting are sound, look at the connector. A cracked or distorted corner stops a good arm from seating.

My straight arm sits at a different angle from the others. What should I check? The connector on that corner. A corner pushed out of shape by a strike moves the arm without bending it.

Should I replace the connector when I replace a broken arm? Inspect it every time. A strike hard enough to break an arm often loads the connector too. Replace it if it is cracked, split or distorted.

Are the frame tubes included? No. The front, middle and rear frame aluminum tubes are separate parts.

Are fasteners included? No. Reuse the aircraft's own fasteners if they are sound, or replace any that are corroded or damaged.

Can I fit it myself? Most technicians can. Photograph the corner, confirm the position, remove the arm, change the connector the same way round, refit the arm, and check for play.

How do I check a connector for damage? Rinse it, look at it from every side for cracks, rock the arm by hand for play, and compare it with its mirror on the other side of the aircraft.

How do I make the connectors last? Rinse the corners after every spray or fertilizer day, keep residue out of the pockets and sockets, and check each arm for play whenever the aircraft is unfolded.