Technical Specifications

Type/Model

TD Pilot

iPadOS Device

Apple iPad Pro 13 6th gen 256 GB

Operating System

Apple iPadOS 18

Rear Display

480 × 128 pixels

Dimensions (WxHxD) TD Pilot

30,4 × 25,5 × 9,0 cm

12.0 × 10.0 × 3.5 inches

Dimensions (WxHxD) TD Pilot Base

28,8 × 20,4 × 9,0 cm

11.3 × 8.0 × 3.5 inches

Weight TD Pilot

2,14 kg

4,7 lbs

Weight TD Pilot Base

1.2 kg

2.7 lbs

Speakers

2 × 10 W Closed Box Speakers

Connectors

1 × Thunderbolt/USB 4 (iPadOS device)

1 × USB-C

2 × 3.5 mm Switch connector interface, (Pin out for mono plug: Sleeve = Common ground, Tip = Signal)

1 × 3.5 mm” Headphone jack (stereo) with jack detection

1 × 15 VDC in 1.65/4 mm (Power connector)

Buttons

1 × Top button (iPadOS device)

1 × Volume up/down (iPadOS device)

1 × Power On

1 × Track Status

Eye Tracker (optional)

Tobii IS5TDL Module

Expected Service Life

5 years

Typical Average Battery Run Time

~10 h

Battery Charge Time

Maximum 4 h (10-90%)

Deskstand

Integrated

Mounting Systems Supported

Tobii Dynavox QR adapter plate for Daessy and REHAdapt

Power Supply

65 W AC adapter

IP class

IP53

Pass for device only, with I/O covers in place.

IP22

Without I/O covers.

Manufacturer

Mascot AS

Type

3320–15

Model

3320

Input voltage

90 to 264 VAC

Input current (max)

1.5 A

Input frequency

50 to 60 Hz

Output current

4 A

Rated output voltage

15.0 VDC

Battery Technology

Li-Ion rechargeable battery pack with gas gauge (SMBus v1.1 interface)

Cell

6× NCR18650GA

Battery Pack Capacity

71,28 Wh

Initial capacity, new battery pack

Nominal Voltage

10.8 Vdc, 6600mAh

Charge Time

Maximum 4 h

Charge from 10 to 90%

Cycle Life

300 cycles

Minimum 75% of initial capacity remaining

Allowable Operating Temperature

0 – 45 °C, 45-85%RH

Charge condition

-20 – 60 °C, 45-85%RH

Discharge condition

Storage Temperature

-20 – 35 °C, 45-85%RH

1 year

-20 – 40 °C, 45-85%RH

6 months

-20 – 45 °C, 45-85%RH

1 month

-20 – 50 °C, 45-85%RH

1 week

Storage Time ¹

Maximum 6 months @ charge ≥ 40%

Do not store battery packs for a long time with less than 40% charge level.

1. It is recommended that the battery shall not be stored in the device if the device is not going to be used within 6 months. If the battery is removed, the battery will not be drained as quickly as when stored in the device.

Working Distance 

45 — 95 cm
20 — 37 inches

Freedom of Head Movement ¹
(Width x Height)

˜20 × 20cm (7.9 × 7.9 inches) @ 50 cm from screen
˜35 × 35 cm (13.8 × 13.8 inches) between 65 – 80 cm from screen 

Positioning

Distance (from screen)

Track box size (Width × Height)

Track box depth

45 — 95 cm (20 — 37 in)

20 × 20 — 35 × 35 cm (7.9 × 7.9 — 13.8 × 13.8 in)

50 cm (19.7 in)

Gaze Data Rate

33 Hz

Gaze Sample Rate

133 Hz

Eye tracking technique

Video-based pupil- and corneal- reflection eye tracking with dark and bright pupil illumination modes.

Outdoor Usage Possible

Yes

User Calibration
(former tracking robustness)

>98%

Detect Gaze

Interaction >30Hz

98% for 95% of population²

Gaze Accuracy

Across 95% of population³

<1.58 degrees

Gaze Precision

Across 95% of population³

<0.2°

Max Head Movement Speed

Eye Position

Gaze Data

40 cm/s (15.7 in/s)

10 cm/s (3.9 in/s)

Max Head Tilt

25°

Max Yaw, pitch

25°

Data Flow and Data Rate

Gaze Latency

Gaze Recovery

17 ms

0 ms

Mounting

Built-in

Power Supply

Built-in

1. Freedom of head movement describes the volume in front of the tracker in which the user must have at least one of the eyes. The numbers are specified parallel/orthogonal to screen surface.
2. The test population excluded those who would wear correctional glasses with a +5.00 diopter or higher or suffer from an eye disease.
3. The degree-of-accuracy and precision over percentage-of-population numbers result from extensive testing across representatives of the whole population. We have made use of hundreds of thousands of diagnostic images and performed tests on approximately 800 individuals with different conditions, vision, ethnicities, everyday dust, smudges or blemishes around their eyes, with eyes out of focus, etc.  This has resulted in a much more robust and high-performance eye tracking experience and a much more realistic representation of true performance across the whole population, not just in a mathematically “ideal” scenario.
4. The “ideal” degree numbers are the previous standard of measuring accuracy and precision, both previously from Tobii and presently from all eye tracking competitors. Though “ideal” numbers are useful to get a general feel about comparative quality and performance, they are not applicable to real world usage in the same way as quantitative degree-of-accuracy and precision over percentage-of-population numbers based on extensive testing across representatives of the whole population.