Teradek RT FIZ Kit (CTRL.3)
CurrentComplete 3-axis wireless lens control kits with CTRL.3 handset, MDR receiver, brushless motors, and SmallHD monitor overlay integration. Raw value as published“Complete 3-axis wireless lens control kits with CTRL.3 handset, MDR receiver, brushless motors, and SmallHD monitor overlay integration. | note: Concise product positioning description under 20 words” Sourcesrc.teradek-com.products.rt-fiz-kits-copy-1https://teradek.com/products/rt-fiz-kits-copy-1 Tier: OfficialObserved 2026-10-21Confidence: high Method: humanReview: draft1 alternative claimOverrides the official claim Open source ↗
Power
A note is Teradek's remark next to a figure; a figure inside a note is not stored as a spec.
| Field | Value | Last checked |
|---|---|---|
| Lowest input voltage |
7 V
Raw value as published“7 | source: B&H | note: 7V DC minimum receiver input voltage (4.75V DC for controller via USB)”
Sourcesrc.teradek-com.products.rt-fiz-kits-copy-1https://teradek.com/products/rt-fiz-kits-copy-1
Tier: OfficialObserved 2026-10-21Confidence: high
Method: humanReview: draft1 alternative claimOverrides the official claim Open source ↗
Published figures disagree: 7 V (official page at teradek.com) and 6.2 V (official page at guide.teradek.com, seen 2026-10-21); shown: 7 V. |
2026-10-21 |
| Highest input voltage |
17 V
Raw value as published“17 | source: B&H | note: 17V DC maximum receiver input voltage (supports 12-14.4V cinema camera power)”
Sourcesrc.teradek-com.products.rt-fiz-kits-copy-1https://teradek.com/products/rt-fiz-kits-copy-1
Tier: OfficialObserved 2026-10-21Confidence: high
Method: humanReview: draft1 alternative claimOverrides the official claim Open source ↗
Published figures disagree: 17 V (official page at teradek.com) and 8.4 V (official page at guide.teradek.com, seen 2026-10-21); shown: 17 V. |
2026-10-21 |
| Typical power draw |
3.5 W
Raw value as published“3.5 | note: 3.5W nominal idle/telemetry power consumption (1.5W controller + 2W idle receiver)”
SourceTeradek product data
Tier: Lab estimateObserved 2026-10-21Confidence: high
Method: humanReview: draftOverrides the official claim
Greyed: “Official only” is on. Not counted in completeness.
|
2026-10-21 |
| Maximum power draw |
38 W
Raw value as published“38 | note: Up to 38W peak system draw with multiple motors under high torque load”
SourceTeradek product data
Tier: Lab estimateObserved 2026-10-21Confidence: high
Method: humanReview: draftOverrides the official claim
Greyed: “Official only” is on. Not counted in completeness.
|
2026-10-21 |
| Battery mounts |
none
Raw value as published“none | note: Allowed enum: none (uses Canon LP-E6 on controller and 2-pin LEMO DC on receiver)”
Sourcesrc.teradek-com.products.rt-fiz-kits-copy-1https://teradek.com/products/rt-fiz-kits-copy-1
Tier: OfficialObserved 2026-10-21Confidence: high
Method: humanReview: draftOverrides the official claim Open source ↗
|
2026-10-21 |
| Connector |
Integrated Canon LP-E6 battery slot (controller); 2-pin LEMO 0B DC input (receiver)
Raw value as published“Integrated Canon LP-E6 battery slot (controller); 2-pin LEMO 0B DC input (receiver) | note: Primary power via removable LP-E6 battery on handset and 2-pin LEMO 0B on receiver”
Sourcesrc.teradek-com.products.rt-fiz-kits-copy-1https://teradek.com/products/rt-fiz-kits-copy-1
Tier: OfficialObserved 2026-10-21Confidence: high
Method: humanReview: draftOverrides the official claim Open source ↗
|
2026-10-21 |
Battery runtime
50 Wh: about 14.3 h at typical draw (3.5 W), about 1.3 h at maximum draw (38 W)
98 Wh: about 28.0 h at typical draw (3.5 W), about 2.6 h at maximum draw (38 W)
150 Wh: about 42.9 h at typical draw (3.5 W), about 3.9 h at maximum draw (38 W)
Runtime = battery watt-hours ÷ stated draw: an estimate, not a measured runtime. Not included: the monitor, camera and accessories on the same battery, conversion losses, battery ageing and cold.
Not on this site
No field report (a third-party test, measurement or repair report) is held for RT FIZ Kits with CTRL.3; the figures here are Teradek's.