Indonesian Strategic Industries

[Indos]

Pindad Amphibious Excavator

 

[Indos]

PT LEN Industry CMS

PT LEN Industry Simulator

PT LEN Industry Solar cell

 

[Indos]

PT Lundin (private own)

Bonefish USV

Tank Boat

Stealth Catamaran

 

[Indos]

PT Dirgantara Indonesia flight simulator for N 219 plane

PT Dirgantara Indonesia simulator for CN 235

PT TES SIMULATOR, private own company with all simulators has 90 % Indonesian made content. It has exported CN 235 simulator and ACV tank 300 simulator for Malaysia. For Indonesian Armed force, PT TES has made Super Puma and Bell helicopter simulator. Currently the company is developing F 16 simulator for Indonesian Air force, tank simulator for Indonesian Army, and anti ship aircraft simulator for Indonesian Navy.

 

[Indos]

KAI-PT Dirgantara Indonesia

KFX/IFX Stealth fighter program

 

[Indos]

LEN Industry Military product

MARINE RADAR – Lenradar S-256/S-1000/S-5000/S-20000

Marine Radar Lenradar S-250/S-1000 can be installed on stationary ground platform as a Coastal Radar, or be installed on Warship (Shipborne Version). Marine Radar Lenradar S-5000/S-20000 to be designed to be installed on Warship (Shipborne Version).

 

[Indos]

LEN Industry
Transponder Torpedo Target TLM-01

Transponder TPO TLM - 01 is a moving target under the water used in an anti-submarine warfare exercises.



Transponder capability TPO TLM - 01:

• Moving yourself in the water
• Responded acoustic wave beam emanating from the Sonar
  System anti-submarine ship
• Can be used over and over - again, because it has Recovery System
• Endurance Time about 3 hours
• Having annunciator lights to be easily tracked

RTST: Real Time Seal Test

A tool to test the seal or rubber used in the chamber WPC20 bar in real time. Placement of the device in place it on the door of the chamber, so that articles bearing the seal will be seen directly and in real time. So the location of the leak early can be seen.
It is a tool to test the seal or rubber used in the chamber WPC20bar in the real time. Place the device on the door of the chamber, so the objects that Contain the seal will be visible directly and in real time. So the early leak location can be seen.

Setting Central Gravity
Is a tool to weigh the gravity of the torpedo so that the mass distribution can be set to determine the gravity of the torpedo. It is a tool to weigh the gravity of the torpedo so that the mass distribution can be set to Determine the center of gravity of the torpedo.

Setting Alignment
is a tool for setting so that the process of combining the body, head and tail unit of the torpedo true - absolutely straight, not bent or distorted. Is a tool for setting up that the process of combining the body, head and tail unit of the torpedo really straight, not bent or distorted.

Pressing Tracker
is a tool to install part of the torpedo, the head and tail unit so that it can enter into the body of the unit. This should be done using these tools as part of the head or the tail unit using O - ring true - it should fit snugly against the body of the unit so they can avoid leakage.
It is a tool to install parts of the torpedo, they are the head and tail unit so that it can enter the body of the unit. This should be done by using the tool, Because The head or the tail unit using the O-ring that must to be fitted to the body so that the unit can avoid leaks.

Releasing Tracker
is a tool to open the head and tail unit so that it can come out of the body of the unit. This should be done using these tools as part of the head or the tail unit using O - ring that has in-press against the body of the unit.
It is a tool to open the head and tail unit so that it can get out of the body of the unit. This should be done by using the tool, Because The head or the tail unit using the O-ring that has been pressed to the body of the unit.

 

[ohmrlobalobayeh]

Making replicas are different from making the real stuff

Thanks

 

[Indos]

LEN Industry Defense Product
LenVIS (Vehicular intercommunication System)

LenVIS a vehicular intercommunication system designed specifically for RANTIS and RANPUR with VoIP technology-based DSP ( Digital Signal Processing ).
LENVIS FEATURES:

• Can be connected with 6 Intercom Stations
• Can communicate with various types of radio ( optional radio switching )
• Digital Audio technology ( VoIP Technology )

LenVIS compatible with all types of CVC Helmet and Active Noise Reduction Helmet.

Dimensions (P XT cm cm cm XL):
MSB: 24 x 17 x 10
ISB: 14 x 14 x 8
SSB: 14 x 14 x 8
Weight:
MSB: 2.75 Kg
ISB: 1.2 Kg
SSB: 1.5 kg

DESCRIPTION
LenVIS consists of:

• Master Station Box (MSB)
• Intercom Station Box (ISB)
• Speaker Station Box (SSB)
• Radio Switching Box (RSB)
• CVC Helmet

 

[Indos]

LEN Industry Defense Product

LenESM

ELECTRONIC SUPPORT MEASURE



Electronic support measure Gathers intelligence through "intercepting" electromagnetic radiations of military interest. Electronic support measures can provide:
1. Initial detection systems or knowledge of foreign
2. A library of technical and foreign on the operational data systems
3. Tactical combat utilizing information that library


Technical Specifications
Frequency range: 2-18 GHz (Option: 2-40 GHz)
Frequency Accuracy: 6 MHz RMS
Probability of Intercept: 99%
Receiver Type: DLVA / IFM / (Option: Super-heterodyne)
DLVA Sensitivity: Better than -65dbm
DLVA Dynamic range: Better than70 dB
IFM Sensitivity: Better Than -55dBm (Option: -60dBm)
IFM Dynamic range: Better Than 60 dB (Option: -65dbm)
Pulse width Range: 100nSec to 500μSec
Pulse width Accuracy: ± (50 nsec + 2 % PW) (at MIN SNR = 10dB)
PRF Range: 200Hz to 400kHz
PRI Accuracy: ± (50 nsec + 2% PRI) (at MIN SNR = 10dB)
DF Accuracy: Less than 5º RMS (at MIN SNR = 10dB)
Azimuth coverage: 360º
Data Base: Yes
Working Continuity: 24 hours
Power Supply: 220 VAC (50 Hz) OR 24VDC
Built-in Test: Yes
Antenna Type: Directional and Omni Directional
Platform: Land Base
Environmental: Outdoor Equipment: -20 ° to + 50 ° C, 95% RH Indoor : 10 ° to + 40 ° c

PPI For Showing Target Parameters


capabilities:

• Capable of intercepting different types of transmitter signals such as:
  • Conventional pulse radar signals
  • CW radar signals
  • Frequency agile radar signals
  • Staggered PRF radar signals
  • Jittered PRF radar signals
  • Pulse-Doppler radar signals
• Ability of eliminating one or more section (direction) of space by eliminating one or more of directional antennas
• Working in high density of signals of environment
• BITE facility
• Link to GIS software
• Link to a data base or data banks
• Link to position finding software
• Connect to GPS or compass

Features
ESM system is an advanced tactical passive receiving system for the radar signal, the which can be used in different platforms like airborne, shipboard and submarines as well as ground based applications

Other System Features

4.1. System Control
This operator can control the operation of the system using the trackball or keyboard whichever he Prefers or is comfortable to work with.
4.2. Alarm State
The system has two modes "silent" and "alarm". If the alarm mode is selected, when the CW signal or threat locks on the system platform, the alarm will be activated.
4.3. angle Display
The angle display can be performed in two selectable modes "relative" and "true" bearing. When relative mode is selected the angle will be displayed with respect to the heading of the platform. When the system is installed in the moving platforms (such as aircraft or ship), the heading of the platform with respect to the north Might Be changing continuously. Selecting the true bearing modes, uses the platform of navigation information to display the angle with respect to the actual north direction. This feature requires compatibility of the platform of navigation information with ESM and should be checked with the existing facilities available on the platform.

 

[Indos]

LenGTA10
LenGTA10

Ground-to-air VHF Radio

Len GTA-10 is a manpack radio designed for ground-to-air communication. It is suitable for tactical mission that requires short to middle range ground-to-air communication. Equipped with a built-in internal encryption system, It provides secure communication to other Airband VHF radio platform with the same encryption.


Technical Specification
Technology Base: Software Defined Radio (SDR)
Operating Frequency: 118-136975 MHz
Channel spacing: 25 kHz
Channel Capacity: 760
Channel memory: 100 programmable channel
modulation modes: AM, QPSK
Transmit Output Power: 3.5 W carrier, 10W PEP max
frequency stability: 2 ppm
Receiver sensitivity: 1.5 UV @ 12 dB SINAD
Receiver selectivity:> 60dB @ 25kHz
Antenna: Whip 60 cm
Audio Output: 250mW @ 8 ohms
Supply Voltage: 14.8 V DC Rechargeable LiPo Battery
Charger Supply Voltage: 100-240V AC
Average battery life: 14 hours more than
Temperature Range: -20 ° C 65 ° C
Vibration: Ground Tactical
Immertion: 1 meter deep for 1 hour
Dimmension: 250mm (width) x 90mm (deep) x 250mm (height)
Weight: 2.9kg (without battery pack), 4.8kg (with battery pack), 1.9kg (battery pack), 1.5 kg (bag)
Standard: MIL-STD-810F shock, vibration

 

[Indos]

LenIFF

IDENTIFY FRIEND OR FOE
IFF equipment, used with search radars, permits automatic identification of targets before they are near enough to Threaten the security of a friendly craft. In addition to user identification, IFF systems Also provide other information such as type of craft, squadron, side number, mission, and aircraft altitude.

The interrogator section. The major units of the interrogator section (except the video decoder group) are usually mounted in a rack located in the radar equipment room. The interrogator Set, Provides rf challenges for the various modes. It also receives the transponder replies and processes them into the proper video signals for application to the decoders and indicators .The ICC crypto, encodes NSM challenges for transmission by the interrogator. It also decodes the received NSM transponder replies. The code changer key (programmer), inserts the NSM code into the computer.


IFF equipment, used with search radars, permits automatic identification of targets before they are near enough to Threaten the security of a friendly craft. In addition to user identification, IFF systems Also provide other information such as type of craft, squadron, side number, mission, and aircraft altitude.

The interrogator section. The major units of the interrogator section (except the video decoder group) are usually mounted in a rack located in the radar equipment room. The interrogator Set, Provides rf challenges for the various modes. It also receives the transponder replies and processes them into the proper video signals for application to the decoders and indicators .The ICC crypto, encodes NSM challenges for transmission by the interrogator. It also decodes the received NSM transponder replies. The code changer key (programmer), inserts the NSM code into the computer.

 

[Indos]

LenGRC- 400
HF Ground Tactical Radio Communication System



This vehicular radio system, GRC-400, is a transceiver with the maximum output power of 400 watts to cover the radio communications in the HF band. It has the capability of being installed on mobile system. This radio, which is working in frequency range of 1.6MHz to 30Mhz in simplex and half duplex modes, utilizes the analog modulations of AME, SSB, and SSBCW. This radio has RS-232, RS-485 and USB ports and there is possibility to remote the radio up to 4.5Km far. Showing the output power, VSWR and level of received signal on display are the other features of this system.

TECHNICAL SPECIFICATIONS
General
Receiver Frequency Range : 450 khz to 29.9999 MHZ
Transmitter Frequency Range : 1.6 to 29.9999 MHz
Channel Spacing : 100 Hz
Number Of Channels : 344 preset channels according to maritime standard and 200 editable channels (in maritime mode) and 200 editable channels in general mode
Channel Adjusting Accuary : 10Hz
Frequency Stability : + 2PPM
Modulation Type : Voice : LSB, USB, USB-CW, LSB-CW, AME, Data : FSK, QPSK for the rate of 2.4 kb/s at least with capability to increase
RF Input and Output Impedance : 50 Ω
Guard Frequency : 2.1858 MHZ
Data and Control Interfaces : ISDN, RS-232, RS-485
Input Voltage : 24 – 30 VDC
Technical
Output Power (LP) : 25 W (± 1dB), 50 W (± 1dB) and 100 W (± 1dB)(selectable in system settings)
Output Power (MP) : 150 W (± 1dB), 200 W (± 1dB) and 250 W (± 1dB)(selectable in system settings)
Output Power (HP) : 300 W (± 1dB), 350 W (± 1dB) and 400 W (± 1dB)(selectable in system settings)
Antenna Matching : Automatic by pressing PTT
SWR : < 2.5 throughout the band
RF Power Requiring for Matching : 1 – 3 W (1.5 W nominal)
Modulation Distortion : <5%
Receiver
RX Sensitivity : 1μV for 20 dB SINAD (CW), 1μV for 15 dB SINAD (SSB),1μV for 15 dB SINAD (AM)
IF Rejection : -70 dB
Image Frequency Rejection : -70 dB
Physical
Dimensions (Radio) : 440 x 220 x 400 (mm)
Weight (Radio) : Approximately 32 Kg
Dimension (Remote) : 195 x 140 x 53 (mm)
Weight (Remote) : Approximately 1 Kg
Environmental
Temperature Range (Operation) : -20 to +65ºC
Temperature Range (Storage) : -40 to +70ºC

 

[Indos]

LenVDR10-Mp

PT Len Industri as one of the state-owned company engaged in the business line of defense, is developing a device for military communications radio. One of these products is LenVDR10-Mp. Radio is working on the VHF band 30 MHz - 88 MHz with FM modulation. Radio is designed as a tactical communications device with military standards, waterproof, vibration, durable and resistant to extreme temperatures.

Here are the technical specifications LenVDR10-Mp:

Frequency: 30-88MHz Tuning Step: 25 kHz Frequency Stability: 2ppm Capacity Channels: 100 channels Mode Modulation: FM Modulation Digital: BPSK Vocoder: CVSD FEC: Viterbi Encryption: AES 128 Output RF: 10Watt Maximum Sensitivity: -110 dBm for 10dB SINAD RF connection: 1.5m Whip, whip 3m & BNC 50R Power supply: LiPo battery 11.1VDC-12.6VDC, 10AH battery life: more than 14 hours with a ratio Tx: Rx: Stand by 1: 1: 8 temperature: -10C-50C IP Rating: IP67 Immersion: The depth of 1 meter Dimensions: 250mm (length) x 250mm (height) x 90mm (width)

LenVDR10-Mp platform was developed by implementing Software Defined Radio (SDR). SDR itself is a technology in which the software is run on a hardware platform . The SDR technology which processes the signals digitally in a chip DSP.

Speaking further about LenVDR10-Mp, there are two modes of communication that is the Analog (AFM) and Digital (DFM). In the AFM mode, the communication is done plain without security, so that these radios can communicate with other radios on the same frequency. While in the digital mode, communication between the radio can only be made if the radio communication have the same mode.

Here is a graphic comparison of the quality of reception versus distance.



Figure: Comparison of Quality vs. Distance

From the graph above, it can be seen that the FM analog mode, the reception quality will decrease as the distance farther, in terms of loss of quality, sound is heard will be damaged. In Digital mode FM reception quality will remain good, until at a certain distance will be directly destroyed. The distance to the emission of waves is determined by many factors, such as power output , antenna performance and terrain field. the greater the power emitted, the greater the gain antennanya, the farther away also the transmission range. Likewise, on the side of the receiver , where the sensitivity of the receiver that determines a range of communication that can be taken.

Signal processing

One technique algorithms voice coding used to build digital communication is a continuously variable slope Delta (CVSD). CVSD is one compression algorithm sample data to encode 1 bit per sample , that is to say, if there are 16 KHz audio sampling, it will be changed to 16 Kbit / s. This figure is the maximum speed ( datarate ) which can be reached to transfer data. The following image is an example of an audio signal that is processed CVSD.



Image: Graph encode CVSD

Another example of voice coding is used extensively for radio communication is Mixed-Excitation Linear Prediction (MELP). The algorithm is ideal for use in communication with a narrow bandwidth, since MELP has a datarate 1200/2400 bps.

Next, the technique does is modulate data. No Binary modulation techniques such as Phase Shift Keying (BPSK), which is a technique that converts digital data into 2 type. Each record represents the phase of a wave. Similar to the BPSK, there are QPSK, which converts the digital data into a four phase data. etc. In contrast to the PSK, there is a technique called PAM or Pulse Amplitude Modulation, ie change the data in which each data represented the Amplitude of a wave.

Furthermore, the digital radio added Forward Error Correction (FEC), which is an algorithm that allows to fix corrupted data received at the receiver. Some are Viterbi , Reed Solomon , and others.

Secure Communication

Radio features one-Mp LenVDR10 are securing communications ( Comsec ) and transmission security ( transec ). Comsec applied to the radio communications that are not easily intercepted. There are various methods of securing this, among others, by using the encryption key. LenVDR10-Mp using AES128 algorithm to scramble data and voice.

Advanced Encryption Standard (AES) is an encryption standard by the symmetric key. This standard consists of 3 blocks chipper , namely AES-128, AES-192 and AES-256. Each chipper has a size of 128-bit key size respectively 128, 192 and 256 bits.

TRANSEC is security in the transmission signal. The method used to implement transec are frequency hopping and spread spectrum . Frequency hopping is a radio transmission method by varying the frequency of the carrier that is used to quickly and randomly. Frequency hopping using a sequence psedo-randomized controlled cryptographic algorithm with a key. Mode Frequency Hopping meant that communications can not be intercepted or disturbed (by jamming ). In LenVDR10-MP, changes in the frequency of the carrier when Hoppingchanging the moving speed of 100 hops / sec, with a resolution of 25kHz and the switching frequency of 3400 kHz frequency range around the frequency channel is active. The following image is an illustration of frequency hopping performed.



Image: Communication is hopping with interference

The illustration depicts if there is a process of communication between the radio, which at a certain frequency there is interference ( jamming ), then with frequency hopping , the information will still be acceptable even though there is a decrease in signal quality.



Image: Communication is hopping with tapping

The illustration shows that in case of interception of information at a specific frequency, then just a little bit of information received by eavesdroppers.

Indeed radio frequency (RF) is a limited natural resource that has strategic value. Therefore, its use should be conducted in an orderly. It has been stipulated in government regulations that may apply in each country is different, but in essence, the radio frequency spectrum is set to be orderly, efficient and in accordance with its designation that does not cause harmful interference.

 

[Indos]

LenPRC – 110H
HF 20W Hopping Manpack Radio

PRC-110H Radio system is a Manpack transceiver for covering radio communication through the HF band. Although this radio is operated in frequency range of 1.6MHz to 29.9999MHz, it establishes communication in the Simplex and Half-Duplex modes as well as using the SSB-CW, SSB and AME modulation types. This system includes the RS-232 port and can be controlled by a remote control in a distance of maximum 4.5Km. Indicating the output power, VSWR, and level of the received signal on the display is another capability of the radio.

TECHNICAL SPECIFICATIONS

General
Receiving frequency range : 450KHz ~ 29.9999MHz
Transmitting frequency range : 1.6 ~ 29.9999MHz
Frequency channel spacing : 100Hz
Preset frequency channels : 100 Changeable channels
Frequency channel setting accuracy : 10Hz
Frequency stability : ±2PPM
Modulation type : Voice: LSB-CW, USB-CW, LSB, USB, and AME Data: FSK, QPSK and OFDM for at least 2.4kb/s data rate which can be improved
RF Input/Output impedance : 50Ω
Data interface/control : ISDN,RS-232
Input Power supply : 12 ~ 18VDC
Transmitter
Output power in the LP mode : 4W(±1dB), 6W(±1dB), 8W(±1dB);Selectable via the system settings
Output power in the MP mode : 10W(±1dB), 12W(±1dB), 14W(±1dB); Selectable via the system settings
Output power in the HP mode : 16W(±1dB), 18W(±1dB), 20W(±1dB); Selectable via the system settings
Antenna matching : Automatic by pressing the PTT button
SWR : Less than 2.5 in whole the frequency band
Matching time : Less than 4s
RF power needed for matching : 1 ~ 3W (1.5W nominal) mode
Modulation distortion : Less than 5%
Receiver
Receiving sensitivity : 1μV for 20dB SINAD (CW), 1μV for 15dB SINAD (SSB), 6.75μV for 15dB SINAD (AM)
IF Rejection : -50dB
Image frequency rejection : -50dB
Mechanical
Radio case dimension : 290mm×90mm×230mm
Radio case weight : About 5kg
Remote dimension : 53mm×140mm×195mm
Remote weight : About 1kg
Environmental
Operating temperature : -25º to +65°C
Storage temperature : -40º to +70°C