FCC ID 2A6OI-013BRF

Recce 360 Mini Camera

by Bounce Imaging

Grantee Code: 2A6OI   Product Code: 013BRF
Latest application date: 2022-09-27

FCC ID Device Details

FCC ID2A6OI-013BRF
Mirrorsfcc.id | gov | fccid.ai
Grantee Code2A6OI
Product Code013BRF
Applicant BusinessBounce Imaging 🇺🇸
Related Domains bounceimaging.com retlif.com
Equipment ClassRecce 360 Mini Camera
Test FirmRetlif Testing Laboratories

Operating Frequencies

Frequency RangeApplication PurposeFinal Action Date
2417-2457 MHzOriginal Equipment2022-09-27

Exhibits

DocumentTypeAvailableFile
Operating Manual - Recce 360 (mini)-FCC-ISED-V2.0 20220524Users Manual2022-09-27PDF 1.8 MB
2A60I-013BRF, 28618-013BRF , Internal PhotographsInternal Photos2022-09-27PDF 1,009.7 KB
2A60I-013BRF, 28618-013BRF , External PhotographsExternal Photos2022-09-27PDF 323.8 KB
2A60I-013BRF, 28618-013BRF, Label ArtworkID Label/Location Info2022-09-27PDF 41.2 KB
Test setup photos R-6673H-2, Rev. B, Bounce Imaging, Mini Tactical Throwable CamTest Setup Photos2022-09-27PDF 1 MB
R-6673H-2, Rev. B, Bounce Imaging, Mini Tactical Throwable Camera, FCC Test RepoTest Report2022-09-27PDF 5.6 MB
28618-013BRF Application Cover LetterCover Letter(s)2022-09-27PDF 398.8 KB
Antenna data sheet WPANT10099Cover Letter(s)2022-09-27PDF 250.7 KB
Cover Letter Detailing Reason for FilingCover Letter(s)2022-09-27PDF 346.9 KB
FCC CONFIDENTIALITY LETTER - 4-18-17Cover Letter(s)2022-09-27PDF 343.5 KB
2A6OI-013BRF SAR Camera Ball FCC Rev ARF Exposure Info2022-09-27PDF 1.6 MB
2A60I-013BRF, 28618-013BRF Block Diagram Recce360 Mini Metadata onlyBlock DiagramPDF 31.2 KB
250-580-049-6Layer Metadata onlySchematicsPDF 3.5 MB
2A6OI-013BRF, 28618-013BRF Theory of Operation, Operational Description Metadata onlyOperational DescriptionPDF 170.7 KB

Application Information

Application ID47bZCdu97x8yYoV850QNsA==
Final Action Date2022-09-27
Application PurposeOriginal Equipment
Applicant FRN0032324030
Model013BRF
Frequency Range2417-2457 MHz
Equipment ClassDTS - Digital Transmission System
Device DescriptionRecce 360 Mini Camera
Responsible PartyJohn M Fargason, Mr., mark.fargason@bounceimaging.com , 9796765999
Technical ContactTodd Hannemann, Retlif Testing Laboratories, thannemann@retlif.com , 6034974600
Non-Technical ContactTodd Hannemann, Retlif Testing Laboratories, thannemann@retlif.com , 6034974600
Test FirmScott Wentworth, Retlif Testing Laboratories, SWentworth@Retlif.com , 603-497-4611
TCB Emailreking@elitetest.com
TCB ScopeA4: UNII devices & low power transmitters using spread spectrum techniques
Short-Term ConfidentialityNo
Long-Term ConfidentialityYes
Grant DeferralNo
Modular EquipmentDoes not apply
Composite DeviceNo
Composite PartNo
Cognitive RadioNo
Authorization WaiverNo
Authorization Waiver ApprovedNo
Section 5301 CertificationYes
Related OET Knowledge DataBase InquiryNo
Grant CommentsPower Output is conducted. The antenna(s) used for this transmitter must not transmit simultaneously with any other antenna or transmitter, except in accordance with FCC multi-transmitter product procedures. End users must be informed of the body worn requirements for satisfying RF Exposure compliance and therefore can be used in mobile/portable configurations. The highest reported SAR for body-worn accessory exposure conditions are 0.99 W/kg for a 0 cm separation distance.

Applications

Application IDDatePurpose
47bZCdu97x8yYoV850QNsA==2022-09-27Original Equipment

Equipment Authorization

FrequencyOutputRules
2417-2457 MHz0.427560015C

Grants

TCB Grant - Application 47bZCdu97x8yYoV850QNsA==

TCB GRANT OF EQUIPMENT
AUTHORIZATION
TCB
Certification
Issued Under the Authority of the
Federal Communications Commission
By:

  Elite Electronic Engineering, Inc.
1516 Centre Circle
Downers Grove, IL 60515
Date of Grant: 09/27/2022

Application Dated: 09/23/2022
Bounce Imaging
1 W. Seneca
Floor 24
Buffalo, NY 14203
 
Attention: John Fargason , Mr.

NOT TRANSFERABLE
EQUIPMENT AUTHORIZATION is hereby issued to the named GRANTEE, and is VALID ONLY for the equipment identified hereon for use under the Commission's Rules and Regulations listed below.
 
FCC IDENTIFIER:  2A6OI-013BRF
Name of Grantee:  Bounce Imaging
Equipment Class: Digital Transmission System
Notes: Recce 360 Mini Camera
Grant Notes  FCC Rule Parts Frequency
Range (MHZ)
Output
Watts
Frequency
Tolerance
Emission
Designator
15C 2417.0  -  2457.0 0.42756  

Power Output is conducted. The antenna(s) used for this transmitter must not transmit simultaneously with any other antenna or transmitter, except in accordance with FCC multi-transmitter product procedures. End users must be informed of the body worn requirements for satisfying RF Exposure compliance and therefore can be used in mobile/portable configurations. The highest reported SAR for body-worn accessory exposure conditions are 0.99 W/kg for a 0 cm separation distance.

EAS Grant - Application 47bZCdu97x8yYoV850QNsA==

COPY FEDERAL COMMUNICATIONS
COMMISSION
WASHINGTON, D.C. 20554

GRANT OF EQUIPMENT
AUTHORIZATION
COPY
Certification

Bounce Imaging
1 W. Seneca Floor 24
Buffalo, NY 14203
United States
  Date of Grant: 09/27/2022

Application Dated: 09/23/2022
 
Attention: John Fargason , Mr.

NOT TRANSFERABLE
EQUIPMENT AUTHORIZATION is hereby issued to the named GRANTEE, and is VALID ONLY for the equipment identified hereon for use under the Commission's Rules and Regulations listed below.
 
FCC IDENTIFIER:  2A6OI-013BRF
Name of Grantee:  Bounce Imaging
Equipment Class: Digital Transmission System
Notes: Recce 360 Mini Camera
Modular Type: Does not apply
Grant Notes  FCC Rule Parts Frequency
Range (MHZ)
Output
Watts
Frequency
Tolerance
Emission
Designator
15C 2417.0  -  2457.0 0.42756  

Power Output is conducted. The antenna(s) used for this transmitter must not transmit simultaneously with any other antenna or transmitter, except in accordance with FCC multi-transmitter product procedures. End users must be informed of the body worn requirements for satisfying RF Exposure compliance and therefore can be used in mobile/portable configurations. The highest reported SAR for body-worn accessory exposure conditions are 0.99 W/kg for a 0 cm separation distance.



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