Arrow FX7 - Tripod Miller - Free user manual and instructions

Product Type	Professional Video Tripod
Brand	Miller
Model	Arrow FX7
Load Capacity	20 kg (44 lbs)
Height Range	65 cm to 180 cm (25.6 to 70.9 in)
Leg Material	Carbon Fiber
Weight	7.5 kg (16.5 lbs)
Head Type	Fluid head with drag control
Quick Release	Yes, with sliding plate
Leg Sections	3 sections
Spreader	Mid-level spreader included
Leveling Base	Built-in bubble level
Bowl Size	100 mm (optional 75 mm adapter)
Carry Bag	Soft padded case included
Maintenance	Wipe with dry cloth; avoid solvents
Safety	Ensure leg locks are fully tightened before use
Spare Parts	Available via authorized dealers
Repairability	Modular design; user-serviceable legs and head

Frequently Asked Questions - Arrow FX7 Miller

What is the maximum payload of the Miller Arrow FX7 tripod?

The Miller Arrow FX7 supports a maximum payload of 20 kg (44 lbs), suitable for professional video cameras and accessories.

How do I level the tripod on uneven ground?

Use the built-in bubble level and adjust the leg lengths individually. For finer leveling, the optional 100mm bowl adapter allows tilt adjustments.

Can I use the Arrow FX7 with a DSLR or mirrorless camera?

Yes, but ensure the total weight (camera + lens + accessories) does not exceed 20 kg. A quick release plate adapter may be needed for smaller cameras.

What is the recommended cleaning procedure?

Wipe the tripod legs and head with a soft, dry cloth. Avoid using abrasive cleaners, solvents, or excessive water. For fluid head, use a silicone-based lubricant per manufacturer guidelines.

How do I adjust the fluid drag on the head?

The head features variable drag controls (pan and tilt). Rotate the drag knobs clockwise to increase resistance, counterclockwise to decrease. Start with a low setting and adjust as needed.

Are replacement parts available for the Arrow FX7?

Yes, Miller offers spare parts such as leg locks, spreader, and fluid head cartridges through authorized dealers. Contact Miller support for part numbers and pricing.

Can I attach a slider or jib to this tripod?

The 100mm bowl mount is compatible with many sliders and jibs. Ensure the combined weight does not exceed the 20 kg capacity and secure all connections.

What is the warranty period for the Miller Arrow FX7?

Miller provides a 5-year limited warranty against manufacturing defects. Register your product online to activate coverage.

How do I store the tripod when not in use?

Collapse the legs, fold the spreader, and store in the included padded carry bag. Keep in a dry place away from extreme temperatures and humidity.

Is it safe to use the tripod in rain or snow?

The tripod is weather-resistant but not waterproof. Wipe dry after exposure to moisture. Avoid submerging and protect the fluid head from direct rain.

USER MANUAL Arrow FX7 Miller

arrow ^Fx 16 CB PLUS™

Fluid Head

OPERATOR'S MANUAL

1078 Arrow fx 3 Fluid Head

1080 Arrow fx 5 Fluid Head

1082 Arrow fx 7 Fluid Head

Black industrial camera setup with three tripod legs and a mounted arrow (no visible text or symbols)

Features and Controls

Fig. 1 Fig. 2

Contents

Introduction

Safety Instructions.... 3

Operating Instructions.... 4

1. Attaching Mounting Base...... 4

2. Attaching Encoder Housing.... 5

3. Integration....6

4. Camera Set-up.... 7

5. Counterbalance Control.... 8

6. Pan-Tilt Drag Control.... 9

7. Pan-Tilt Lock Control.... 9

8. Illumination....9

Maintenance.... 10

Battery Replacement.... 10

Storage.... 14

Spare Parts and Accessories.... 14

Warranty.... 14

Service, Sales and Support.... 14

Introduction

Safety Instructions

Thank you for purchasing the Arrow. f fluid head.

This Miller product provides the user precise pan and tilt coordinates through seperated (pan and tilt) outputs. These outputs can be coupled with other equipment data to provide augmented visual effects during broadcast and production.

The Arrow ^f/x has been designed to suit a wide range of cameras, lenses and accessories as demanded by ENG, EFP, Studio and Field OB setups.

The robust design and construction of the Arrow. ^fX fluid head offers maximum stability, accuracy and durability and includes precision ball bearing mounted fluid drag plate system in the pan and tilt assembly to deliver true fluid drag performance over the entire temperature and payload range.

The fluid drag and the counterbalance system were designed to provide excellent control and repeatability and offer progressive equal increments of drag and torque.

The Arrow. fluid head also offers illuminated single control location for operating pan-tilt, counterbalance and viewing bubble level.

Please use this manual to familiarise yourself with the operation of the Arrow./x fluid head and observe these instructions to prevent any damage to your equipment. Ensure that all equipment is operating correctly and free from defects and damage, also please ensure that the tripod is steady, secure and that the bowl is approximately horizontal when attaching the camera. The operator is responsible for the safe operation of this piece of equipment.

• Do not exceed the maximum payload capacity of the fluid head.
• Do not use magnets near or around the Arrow , this can effect the magnetic rings.
• Do not leave the camera unattended on the fluid head.
• Do not release the SLIDING PLATFORM LOCK whilst the camera is at an angle.
• Do not adjust the tripod whilst the camera is attached to the fluid head.
• Ensure PAN HANDLE CLAMP and CLAMP NUT is securely tightened.
• Apply TILT LOCK when adding/removing equipment from the camera or when attaching/removing the camera from the fluid head.
• Hold camera securely whilst changing counterbalance, pan drag or tilt drag settings.
• Hold the camera securely whilst releasing the QUICK RELEASE KNOB.
• Hold camera securely whilst adjusting the CLAMP NUT to level the fluid head.

Operating Instructions

1. Attaching Mounting Base

The Arrow. f_x fluid head comes standard with the D100 Claw Ball which is attached by 3 x M5 screws, these are fixed to head as pictured above (fig. 3), a D150 Claw Ball Level (1290) is also available as an optional accessory.

Technical line drawing of a mechanical assembly with multiple components and mounting holes (no text or symbols)

Available as an optional accessory is the Mitchell Base Adapter (1225) which can be attached using the 4 x 3/8" countersunk screws (fig. 4) or the 3 x M5 screws. This allows you to mount the Arrow. f^x to any Mitchell base tripod, pedestal etc.

Operating Instructions

2. Attaching Encoder Housing

The Arrow f_x has a removable encoder housing which allows for easy serviceability. The encoder housing contains the Read heads which intrepret the coordinates from the magnetic rings located on the pan and tilt modules on the fluid head.

To remove the encoder housing simply unscrew the 2 x M5 screws (fig. 5).

Fig. 5 Fig. 6

The output signal from the Arrow fluid head is a pulse signal (A,-A, B, -B) with a reference signal (Z,-Z) (one count per revolution). The interface box then transmits this calibrated information to your downstream workflow.

Output Diagram

The encoder housing contains the ports (RJ 45) for pan and tilt output (fig. 6). The housing has a LED lights to indicate correct RJ45 connection (green) and the reference point on the magnetic ring (red).

Operating Instructions

3. Integration

The ArrowFX fluid head can be integrated in two ways.

1. The ArrowFX, coupled with a camera, can transit positional data of camera feed to allow for augmented/virtual feed overlays (fig. 7).
2. The ArrowFX can be used to control a remote head (with camera) (fig. 8). For details on an integrated Egripment control system refer to Appendix (pg 14).

graph TD
    A["Workstation or Server"] -->|Output| B["Video Camera"]
    A -->|Network Cable| C["Interface Box"]
    C -->|Encoder Outputs| D["MILLER"]
    D -->|Lens Data| E["Output"]
    style A fill:#99ccff,stroke:#333
    style B fill:#f9f9f9,stroke:#333
    style C fill:#ffcccc,stroke:#333
    style D fill:#ffffff,stroke:#333
    style E fill:#ffffff,stroke:#333

Fig. 7 Fig. 8

Operating Instructions

4. Camera Set-up

4.1 Remove the CAMERA PLATE by pulling down the SAFETY TAB while rotating the QUICK RELEASE KNOB to the left. The CAMERA PLATE should pop out.
4.2 Refer to the Camera's owners manual for correct method of attachment to the CAMERA PLATE. Inspect the CAMERA PLATE and remove the 1/4" and 3/8" screws (for Mini-DV mount) or the 1/4" + PIN ADAPTOR CARRIAGE (ENG mount) as required.
4.3 Attach camera accessories, battery and the QUICK RELEASE TRIPOD ADAPTER (if required) to the camera. It is recommended to estimate the camera's Centre of Gravity (C of G) for the purpose of correctly positioning the camera on the CAMERA PLATE. The camera's C of G can be estimated by placing the camera on to a round rod and then shifting it backwards or forwards until a balance point - C of G - is achieved. It is recommended to identify this point on the camera as it will be useful in step 2.6.
4.4 Attach the CAMERA PLATE to the camera or the QUICK RELEASE TRIPOD ADAPTOR such that the C of G mark on the camera is approximately 10 - 20 mm behind the front edge of the CAMERA PLATE then securely tighten the screws.
4.5 Align the CAMERA PLATE with the SLIDING PLATFORM and slide it in until the safety mechanism is engaged.
4.6 Release the SLIDING PLATFORM LOCK and slide the SLIDING PLATFORM such that the camera's C of G is directly above the centre axis of the Fluid Head (fig. 9) and tighten the SLIDING PLATFORM LOCK. If this can not be achieved then reposition the CAMERA PLATE on the camera or the QUICK RELEASE TRIPOD ADAPTOR - step 2.4. This will ensure that the system has maximum stability.

Fig. 9

Operating Instructions

5. Counterbalance Control

The counterbalance system was designed to neutralise the effect of the camera weight when it is tilted. The Arrow.f/x fluid head offers a 16 position counterbalance system which is operated with the CB SELECTOR KNOB and the CB PLUS SELECTOR KNOB.
The system was designed for an efficient and ergonomic control of the counterbalance mechanism which delivers a wide payload range capacity.
The counterbalance selector knob and the CB PLUS SELECTOR KNOB must be operated when the SLIDING PLATFORM is in a horizontal position.
After changing the counterbalance setting it may be necessary to tilt the camera back and forth to ensure that the CB spring has engaged. The camera must be held securely while changing the counterbalance setting.
5.1 For safety select counterbalance position 16, being the orange coloured marker on the CB SELECTOR KNOB pointing to position 16 and the CB PLUS SELECTOR KNOB displaying an orange marker.
5.2 Hold the camera and release the TILT LOCK, then gently tilt the camera from the horizontal position forward then backward and observe its response. If the camera 'springs back' to the horizontal position then a lower counterbalance setting is required, rotate the CB SELECTOR KNOB clockwise to a lower position and recheck, select lower setting again if necessary.
5.3 Finer adjustments can be made by toggling the CB PLUS SELECTOR KNOB (fig. 10).
5.4 Correct counterbalance setting has been achieved when minimum effort is required to move the camera over the entire tilt range.

Fig. 10

Operating Instructions

6. Pan-Tilt Drag Control

The Arrow fluid head offers 7 selectable positions of fluid drag + zero setting in the pan and tilt (5 for AFX 3). The settings are equally stepped from light drag in position 1 up to heavy drag in position 7, the drag plates are completely disengaged in position zero.

• Do not pan or tilt the fluid head whilst adjusting PAN or TILT DRAG CONTROL or whilst the PAN & TILT DRAG CONTROL is between settings.
• The drag setting can be changed at any tilt or pan angle.

7. Pan-Tilt Lock Control

The Arrow fluid head offers high capacity caliper disc brake system to hold the fluid head in a fixed pan and/or tilt position. Camera position will not change when applying or releasing the pan-tilt locks.

- Do not pan or tilt the fluid head whilst the PAN or the TILT LOCK is partially applied.

8.Illumination

The Arrow ^f fluid head offers illumination of the PAN & TILT DRAG CONTROL settings, BUBBLE LEVEL and PAN & TILT INDICATOR when the low ambient light conditions exist. Illumination can be achieved by pressing the ILLUMINATION BUTTON once. The light will switch off after 10 seconds.

Fig. 11

Maintenance

The Arrow. ^f,x fluid head offers high quality surface coatings, dust and moisture seals. Miller recommends keeping the fluid head clean at all times by using soft brushes and lint free cloth to wipe over the surfaces.

• Do not immerse the fluid head in any liquid.
- Do not use stiff brushes, abrasives, harsh detergents and solvents.

Battery Replacement

The Arrow ^f/x fluid head uses a single GP23A type - 12 Volt battery for Illumination. Miller recommends the following batteries to provide long life performance - Duracell MN21/23, Eveready A23 or Vinnic L1028.

• Using a Phillips head #1 screw driver, remove the two RETAINING SCREWs, BATTERY DOOR and the old battery.
- Insert the new battery as shown in (fig. 12).
- Insert the tab on the BATTERY DOOR into the body first then align the two screw holes and tighten the screws snugly.

Fig. 12

Specifications

	1078 Arrow fx 3 1080	Arrow fx 5 1082	Arrow fx 7
Weight 4.8kg (10.6lbs) 5.1kg (11.3lbs) 5.1kg (11.3lbs)
Payload range 1-19kg (2.2-41.8lbs) 2-21kg (4.4-46.2lbs) 6-25kg (13.2-55.1lbs)
Pan-tilt drag 5 selectable fluid drag positions + 0 7 selectable fluid drag positions + 0
Pan range 360°
Pan-tilt locks Positive lock calliper brake system
Tilt angle +90°/-75°
Counterbalance 16 selectable positions
Camera platform Quick release camera plate with 1/4" and 3/8" screws
Sliding range 120mm (4.7")
Height above bowl 200mm (7.9") mitchell base / 205mm (8.1") D100mm / D150mm bowl
Mounting base	Flat base
Illuminated controls	Bubble level, pan-tilt drag controls
Temperature range	-40° to +65°C (-40° to +149°F)
Pan handle	Telescopic 390 to 590mm (15.4 to 23.2")
Encoder type	Incremental with reference mark
Tilt resolution	983,040 counts per revolution (with quadrature)
Pan resolution	1,589,248 counts per revolution (with quadrature)
Output type	Incremental (A, B, Z, A-, B-, Z-)
Output connection	RJ45 (Ethercon)
Power requirements	5V (+/- 10%)

Technical Illustrations

Fig. 13

Storage

The Arrow. ^f fluid head can be stored for extended periods; Miller recommends storage in a Miller soft case and the following:

• Remove battery.
• Clean the external surfaces.
• Keep in a dry place away from direct sunlight.
• Loosen off PAN & TILT LOCK.

Spare Parts and Accessories

ITEM ITEM NO.

Battery P3798

Offset camera plate with 2 x 3/8" screws 858

Camera plate (Euro) with 1/4" & 3/8" screws 860

Camera screw 3/8" P0037

Camera screw 1/4" P0036

Additional pan handle - telescopic with clamp 696

Accessory mounting block 1260

Mitchell base adaptor with clamp 1225

D150 Claw ball level 1295

Service, Sales and Support

Please refer to warranty card for complete details. Miller Authorised Service Agents must carry out all service and repair work. Failure to observe this requirement may void warranty. It is advisable to notify Miller or a Miller authorised. service agent if a change of performance is observed as a result of dropping or rough usage. For information regarding sales and service of Miller products or for your nearest Miller representative please contact us via our website or at the following:

MILLER CAMERA SUPPORT EQUIPMENT

30 Hotham Parade

Artarmon, Sydney, NSW, 2064, Australia

P [phone]

F [phone]

[e-mail]

MILLER CAMERA SUPPORT (LLC) USA

216 Little Falls Road (Unit 2),

Cedar Grove, New Jersey, 07009, USA

P [phone]

F [phone]

[e-mail]

MILLER FLUID HEADS (EUROPE) LTD.

12A Shepperton Business Park, Govett Avenue

Shepperton, Middlesex, TW17 8BA, United Kingdom

P [phone]

[e-mail]

millertripods.com

Appendix

When the Arrow.fx is integrated with the third party Egripment remote system head use the following network diagram.

Reference only, refer to Egripment.

Fig. 15

MILLER

millertripods.com

MILLER CAMERA SUPPORT EQUIPMENT

30 Hotham Parade

Artarmon, Sydney

NSW, 2064, Australia

Tel: [phone]

Fax: [phone]

Email: [e-mail]

Quality

ISO 9001

SAI GLOBAL

D11800-2